/*---------------------------------------------------------------------------*\ | ========= | | | \\ / F ield | foam-extend: Open Source CFD | | \\ / O peration | Version: 5.0 | | \\ / A nd | Web: http://www.foam-extend.org | | \\/ M anipulation | For copyright notice see file Copyright | \*---------------------------------------------------------------------------*/ Build : 5.0-018994093ed7 Exec : coupledMatrixFoam -parallel Date : Apr 30 2026 Time : 15:59:33 Host : "openfoam01" PID : 2145468 CtrlDict : "/mnt/efs/volume/simulations/vinicius.mapelli/01KQFW4KJ30FG4KJJ3QEB321Q3/system/controlDict" Case : /mnt/efs/volume/simulations/vinicius.mapelli/01KQFW4KJ30FG4KJJ3QEB321Q3 nProcs : 2 Slaves : 1("openfoam01.2145469") Pstream initialized with: nProcsSimpleSum : 0 commsType : nonBlocking polling iterations : 0 sigFpe : Enabling floating point exception trapping (FOAM_SIGFPE). allowSystemOperations : Disallowing user-supplied system call operations // * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * // Create time Create mesh for time = 0 Selecting phaseSystem basicMultiphaseSystem Selecting phaseModel for oil: pureIsothermalPhaseModel Calculating face flux field phi.oil Selecting phaseModel for water: pureIsothermalPhaseModel Calculating face flux field phi.water Selecting phaseModel for rock: purePorousIsothermalPhaseModel Selecting UEqnModel for water_relativeWith_rock: tabulated Selecting KrModel for water_relativeWith_rock: GeneralBrooksAndCorey GeneralBrooksAndCorey: Sr_total = 0.35 Selecting UEqnModel for oil_relativeWith_rock: Darcy Selecting KrModel for oil_relativeWith_rock: GeneralBrooksAndCorey GeneralBrooksAndCorey: Sr_total = 0.35 Selecting pcModel for water_relativeWith_oil: LET Starting time loop faceSource Qdot: total faces = 968 total area = 0.0010270389 faceSource p_inlet: total faces = 1038 total area = 0.0011013083 Courant Number max: 0 deltaT = 1.2e-05 Time = 1.2e-05 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.99940557 2.3655004e-16 1.8145668e-08), Final residual = (0.0055325325 6.9775231e-11 4.4983764e-15), No Iterations 41 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -4.776887e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0025244147 2.5908445e-09 2.038884e-09), Final residual = (2.0024919e-05 1.1753827e-11 1.2787458e-14), No Iterations 34 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.458153e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.2234806e-05 2.535955e-09 2.3338616e-11), Final residual = (3.0358547e-07 1.829761e-13 6.149172e-17), No Iterations 40 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4592266e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.8069633e-07 2.5246131e-09 1.2788458e-11), Final residual = (8.9312045e-08 5.3875114e-14 1.0809604e-15), No Iterations 15 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589797e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1615334e-07 2.5244878e-09 1.2399857e-11), Final residual = (8.4522395e-08 5.0473297e-14 9.640051e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589692e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.7026354e-08 2.5244846e-09 1.2378701e-11), Final residual = (7.748223e-08 4.6505703e-14 5.5457331e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589691e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.8216698e-08 2.5244807e-09 1.2376762e-11), Final residual = (7.3087437e-08 4.3982545e-14 3.4981997e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589688e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.3665812e-08 2.5244783e-09 1.2376417e-11), Final residual = (7.1559981e-08 4.3191645e-14 7.6572297e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589685e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.2255882e-08 2.5244775e-09 1.2376239e-11), Final residual = (7.0227118e-08 4.237347e-14 1.2739699e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589692e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.0906758e-08 2.5244767e-09 1.237628e-11), Final residual = (6.9264604e-08 4.1820837e-14 5.1056115e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.458969e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.9978239e-08 2.5244761e-09 1.2376229e-11), Final residual = (6.813405e-08 4.1107725e-14 1.2291415e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589688e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.8797897e-08 2.5244754e-09 1.2376258e-11), Final residual = (6.7271132e-08 4.0619427e-14 4.9443571e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589691e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.7987294e-08 2.524475e-09 1.2376228e-11), Final residual = (6.6228935e-08 3.9961013e-14 1.1789891e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589689e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6896471e-08 2.5244743e-09 1.2376256e-11), Final residual = (6.5404584e-08 3.9489243e-14 5.2607995e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.458969e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6098834e-08 2.5244739e-09 1.2376209e-11), Final residual = (6.4443562e-08 3.8890706e-14 1.0889772e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589693e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5121273e-08 2.5244733e-09 1.2376247e-11), Final residual = (6.3654881e-08 3.8431375e-14 5.3367308e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589691e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.4376553e-08 2.5244728e-09 1.2376227e-11), Final residual = (6.2765339e-08 3.7872205e-14 1.08828e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589694e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3438224e-08 2.5244723e-09 1.2376244e-11), Final residual = (6.2028531e-08 3.7449582e-14 5.4256948e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589697e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.2741498e-08 2.5244719e-09 1.2376219e-11), Final residual = (6.1195993e-08 3.6925608e-14 1.0641464e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589695e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1902704e-08 2.5244713e-09 1.2376262e-11), Final residual = (6.0493781e-08 3.6520574e-14 5.7118322e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -5.4589689e-09 0.999 Phase-sum volume fraction, min, max = 1 0.99999999 1 COUPLED: not converged within 20 iterations ExecutionTime = 6.89 s ClockTime = 12 s Courant Number max: 3.2964902e-07 deltaT = 1.44e-05 Time = 2.64e-05 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1229886e-08 3.7506229e-09 5.399362e-09), Final residual = (5.9938814e-08 4.3481065e-14 5.7237355e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507616e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.203441e-08 1.035969e-11 1.4853066e-11), Final residual = (5.9402601e-08 4.292025e-14 4.2949291e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507596e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.9859692e-08 1.0358834e-11 1.4851793e-11), Final residual = (5.842479e-08 4.2288193e-14 2.7925993e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507594e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.8941979e-08 1.0358206e-11 1.4851713e-11), Final residual = (5.7675283e-08 4.1772258e-14 8.6283694e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507599e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.8300679e-08 1.035769e-11 1.4851626e-11), Final residual = (5.7001866e-08 4.1252798e-14 1.6491958e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507597e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.7566713e-08 1.0357171e-11 1.4851638e-11), Final residual = (5.6399101e-08 4.0849376e-14 8.6122962e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507593e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.7035618e-08 1.0356766e-11 1.4851639e-11), Final residual = (5.5777494e-08 4.0366594e-14 1.5634789e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507585e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.6346259e-08 1.0356286e-11 1.4851632e-11), Final residual = (5.5207956e-08 3.9984134e-14 8.9700117e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507593e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.5791599e-08 1.03559e-11 1.485158e-11), Final residual = (5.4644129e-08 3.955425e-14 1.3936634e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507598e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.5230459e-08 1.0355474e-11 1.4851642e-11), Final residual = (5.4114526e-08 3.9183908e-14 1.0403789e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507593e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4717748e-08 1.0355103e-11 1.4851622e-11), Final residual = (5.3582273e-08 3.8786076e-14 1.3637108e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507595e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4191973e-08 1.0354706e-11 1.4851662e-11), Final residual = (5.3095035e-08 3.8445704e-14 1.0496058e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507594e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.3696083e-08 1.0354363e-11 1.4851619e-11), Final residual = (5.2600236e-08 3.8071086e-14 1.378565e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507597e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.3205267e-08 1.035399e-11 1.4851656e-11), Final residual = (5.2132518e-08 3.7747549e-14 1.0511199e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507591e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2763823e-08 1.0353666e-11 1.4851652e-11), Final residual = (5.1685944e-08 3.741049e-14 1.3948381e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507595e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2254352e-08 1.0353329e-11 1.4851623e-11), Final residual = (5.1244571e-08 3.710207e-14 1.0481936e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507592e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.185005e-08 1.0353021e-11 1.4851626e-11), Final residual = (5.0842242e-08 3.6801125e-14 1.3316149e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507593e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.144325e-08 1.0352719e-11 1.4851655e-11), Final residual = (5.0437196e-08 3.6512904e-14 1.140428e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507589e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1051777e-08 1.035243e-11 1.4851636e-11), Final residual = (5.0062042e-08 3.6237296e-14 1.2901302e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507595e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0653452e-08 1.0352156e-11 1.4851632e-11), Final residual = (4.9689532e-08 3.5972348e-14 1.1266293e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -6.5507592e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 11.29 s ClockTime = 19 s Courant Number max: 3.9557911e-07 deltaT = 1.728e-05 Time = 4.368e-05 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0271632e-08 4.5007377e-09 6.4792343e-09), Final residual = (4.9522757e-08 4.2935592e-14 3.5174438e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609089e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1998006e-08 1.242305e-11 1.7824484e-11), Final residual = (4.9222629e-08 4.2796301e-14 9.5040549e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609068e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9940769e-08 1.2421877e-11 1.7822032e-11), Final residual = (4.9007599e-08 4.2159125e-14 9.146535e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609064e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.950699e-08 1.2421238e-11 1.7822567e-11), Final residual = (4.7964827e-08 4.1678525e-14 1.0093805e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609061e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8763414e-08 1.2420759e-11 1.782213e-11), Final residual = (4.7743861e-08 4.139532e-14 2.8713101e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609065e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8436711e-08 1.2420474e-11 1.782218e-11), Final residual = (4.7406217e-08 4.1188372e-14 1.1455317e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609065e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8139627e-08 1.2420269e-11 1.7822059e-11), Final residual = (4.7212973e-08 4.0969528e-14 2.2263193e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609077e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7929847e-08 1.2420053e-11 1.7822145e-11), Final residual = (4.6942382e-08 4.0776624e-14 1.3423436e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609067e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7703586e-08 1.2419859e-11 1.7822112e-11), Final residual = (4.6755455e-08 4.0581528e-14 2.0219329e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609063e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7465402e-08 1.2419663e-11 1.7822121e-11), Final residual = (4.6530996e-08 4.0414872e-14 1.4459189e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609065e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7306187e-08 1.2419497e-11 1.7822153e-11), Final residual = (4.6367781e-08 4.024983e-14 1.9428392e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609069e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.706728e-08 1.2419335e-11 1.7822094e-11), Final residual = (4.6183458e-08 4.0111589e-14 1.589111e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609056e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.684809e-08 1.2419193e-11 1.7822025e-11), Final residual = (4.6015345e-08 3.9956415e-14 1.6815052e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609064e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6732244e-08 1.2419037e-11 1.7822094e-11), Final residual = (4.5853393e-08 3.9816895e-14 1.6548785e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609063e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6567053e-08 1.2418898e-11 1.7822085e-11), Final residual = (4.569127e-08 3.9675896e-14 1.7404203e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609067e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6387205e-08 1.2418757e-11 1.7822078e-11), Final residual = (4.554033e-08 3.9552632e-14 1.5916347e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609066e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6285037e-08 1.2418634e-11 1.7822126e-11), Final residual = (4.5392384e-08 3.9411822e-14 1.8360339e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609069e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6090091e-08 1.2418492e-11 1.782209e-11), Final residual = (4.5235855e-08 3.9287321e-14 1.6069706e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609068e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5930557e-08 1.2418366e-11 1.7822074e-11), Final residual = (4.5085521e-08 3.9153009e-14 1.708058e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609057e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5762377e-08 1.2418232e-11 1.7822055e-11), Final residual = (4.492699e-08 3.9019488e-14 1.6236165e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975046 -7.8609061e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 15.68 s ClockTime = 26 s Courant Number max: 4.7469525e-07 deltaT = 2.0735999e-05 Time = 6.4416e-05 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5669287e-08 5.4008797e-09 7.775081e-09), Final residual = (4.475443e-08 4.652257e-14 2.8218801e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330862e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7427985e-08 1.4902769e-11 2.1390492e-11), Final residual = (4.4681922e-08 4.6335581e-14 4.4251032e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330813e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5401655e-08 1.4901214e-11 2.1386735e-11), Final residual = (4.4795938e-08 4.6630389e-14 5.1801531e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330805e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5501575e-08 1.4901503e-11 2.1386756e-11), Final residual = (4.4470976e-08 4.5915169e-14 9.2471194e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330768e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5067699e-08 1.4900793e-11 2.1387019e-11), Final residual = (4.4172062e-08 4.5983651e-14 3.957091e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330802e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4892434e-08 1.4900858e-11 2.1386663e-11), Final residual = (4.3955321e-08 4.5659268e-14 5.3060072e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.433078e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4653731e-08 1.4900533e-11 2.1386779e-11), Final residual = (4.3698089e-08 4.5550075e-14 1.7473292e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330802e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.448545e-08 1.4900425e-11 2.1386559e-11), Final residual = (4.3579204e-08 4.5393509e-14 2.7439505e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330805e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4306661e-08 1.490027e-11 2.138657e-11), Final residual = (4.3421464e-08 4.5259639e-14 1.9153715e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330808e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4211491e-08 1.4900136e-11 2.1386574e-11), Final residual = (4.3292051e-08 4.5108825e-14 2.2982566e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330803e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4059433e-08 1.4899985e-11 2.1386586e-11), Final residual = (4.3153615e-08 4.4977024e-14 1.994356e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330796e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3932821e-08 1.4899852e-11 2.1386569e-11), Final residual = (4.3026286e-08 4.4832314e-14 2.3024493e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330803e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3843962e-08 1.4899711e-11 2.1386659e-11), Final residual = (4.288674e-08 4.4696432e-14 2.0794328e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330797e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3703577e-08 1.4899569e-11 2.138663e-11), Final residual = (4.2766196e-08 4.4561766e-14 2.3112419e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330804e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3545944e-08 1.4899438e-11 2.1386593e-11), Final residual = (4.2635562e-08 4.4426969e-14 2.2103005e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.433079e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3391481e-08 1.4899304e-11 2.1386558e-11), Final residual = (4.2514606e-08 4.4294189e-14 2.3219923e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330789e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3250572e-08 1.4899171e-11 2.1386534e-11), Final residual = (4.2384716e-08 4.4168697e-14 2.0962271e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330807e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3188058e-08 1.4899045e-11 2.1386605e-11), Final residual = (4.2260964e-08 4.4032973e-14 2.2092185e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330796e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.302489e-08 1.4898909e-11 2.1386558e-11), Final residual = (4.2124236e-08 4.3892727e-14 2.1971052e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330795e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2888161e-08 1.4898768e-11 2.1386574e-11), Final residual = (4.2001459e-08 4.377499e-14 1.964333e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -9.4330799e-09 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 20.21 s ClockTime = 33 s Courant Number max: 5.6963462e-07 deltaT = 2.4883199e-05 Time = 8.92992e-05 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2824333e-08 6.4810511e-09 9.3300968e-09), Final residual = (4.18628e-08 5.1976718e-14 6.6731022e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319694e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4749013e-08 1.7879458e-11 2.5669992e-11), Final residual = (4.1790361e-08 5.1695379e-14 9.4142821e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319688e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2618481e-08 1.787752e-11 2.5664634e-11), Final residual = (4.1726987e-08 5.2187457e-14 1.1875859e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319685e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2716715e-08 1.7878e-11 2.5664083e-11), Final residual = (4.1733451e-08 5.2151981e-14 4.1388127e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319686e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2690517e-08 1.7877966e-11 2.5664314e-11), Final residual = (4.1612084e-08 5.1938024e-14 5.2806689e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319684e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2504728e-08 1.787775e-11 2.5664322e-11), Final residual = (4.1457213e-08 5.1772165e-14 4.6363461e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319684e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2327178e-08 1.7877586e-11 2.566421e-11), Final residual = (4.1311023e-08 5.1580141e-14 4.9194404e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319684e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2276436e-08 1.7877396e-11 2.5664405e-11), Final residual = (4.1168195e-08 5.1402518e-14 4.552776e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319684e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2114065e-08 1.7877219e-11 2.5664335e-11), Final residual = (4.1024159e-08 5.1230697e-14 4.4716985e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319684e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1921844e-08 1.7877042e-11 2.5664237e-11), Final residual = (4.089318e-08 5.1100644e-14 3.5788088e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319683e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1808184e-08 1.7876913e-11 2.566418e-11), Final residual = (4.0777075e-08 5.0930357e-14 4.2895403e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319685e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1785536e-08 1.7876744e-11 2.5664426e-11), Final residual = (4.0632574e-08 5.0752022e-14 4.1474987e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319687e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1629376e-08 1.7876566e-11 2.5664385e-11), Final residual = (4.0524121e-08 5.0623242e-14 3.8870446e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319686e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1485405e-08 1.7876439e-11 2.56643e-11), Final residual = (4.0391407e-08 5.0450804e-14 4.0571223e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319684e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1329191e-08 1.7876263e-11 2.5664274e-11), Final residual = (4.0267986e-08 5.0322623e-14 3.3521148e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319685e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1238266e-08 1.7876137e-11 2.5664263e-11), Final residual = (4.015833e-08 5.016259e-14 4.0015005e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319685e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1132557e-08 1.7875976e-11 2.566434e-11), Final residual = (4.0035343e-08 5.0032032e-14 3.4019878e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319686e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1006135e-08 1.7875848e-11 2.5664262e-11), Final residual = (3.992179e-08 4.9904042e-14 3.0315513e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319687e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.092059e-08 1.7875718e-11 2.566429e-11), Final residual = (3.9824628e-08 4.9769576e-14 3.2841121e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319688e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0762e-08 1.7875584e-11 2.5664211e-11), Final residual = (3.9717312e-08 4.96305e-14 3.392191e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975047 -1.1319685e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 24.64 s ClockTime = 40 s Courant Number max: 6.8356183e-07 deltaT = 2.9859837e-05 Time = 0.000119159 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0683572e-08 7.7772569e-09 1.1196116e-08), Final residual = (3.9552586e-08 5.8703257e-14 1.083547e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583621e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2943689e-08 2.1451968e-11 3.0805757e-11), Final residual = (3.9507235e-08 5.8363053e-14 1.474419e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.358361e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0419132e-08 2.1449294e-11 3.0798001e-11), Final residual = (3.945234e-08 5.9017874e-14 4.2039749e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583608e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0547977e-08 2.1449937e-11 3.0797329e-11), Final residual = (3.9395964e-08 5.9171504e-14 6.9912925e-17), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583606e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0535238e-08 2.1450087e-11 3.0797069e-11), Final residual = (3.9369567e-08 5.9115045e-14 1.7602837e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583609e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0552756e-08 2.1450029e-11 3.0797279e-11), Final residual = (3.9315279e-08 5.8991529e-14 3.0338371e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583608e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0390889e-08 2.1449907e-11 3.0797156e-11), Final residual = (3.9211306e-08 5.8853633e-14 2.5421567e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583609e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0335273e-08 2.1449771e-11 3.0797224e-11), Final residual = (3.9124488e-08 5.873331e-14 2.0856954e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583607e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0304794e-08 2.1449653e-11 3.0797293e-11), Final residual = (3.9060671e-08 5.8612154e-14 2.8680282e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583606e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0167316e-08 2.1449532e-11 3.0797215e-11), Final residual = (3.8979095e-08 5.849852e-14 2.6283822e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583607e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0118409e-08 2.1449416e-11 3.0797249e-11), Final residual = (3.8897389e-08 5.8366007e-14 2.786904e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.358361e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0046837e-08 2.1449283e-11 3.0797292e-11), Final residual = (3.8803286e-08 5.8234827e-14 2.5583573e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583607e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9907064e-08 2.1449153e-11 3.0797177e-11), Final residual = (3.8717331e-08 5.8116154e-14 2.2680796e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583605e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9838453e-08 2.1449034e-11 3.0797191e-11), Final residual = (3.8641167e-08 5.799672e-14 2.3934474e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583607e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9788727e-08 2.1448913e-11 3.0797256e-11), Final residual = (3.8564958e-08 5.7889091e-14 2.2183485e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583607e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9688391e-08 2.1448806e-11 3.0797184e-11), Final residual = (3.8492202e-08 5.7777445e-14 2.2218491e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583607e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9590898e-08 2.1448694e-11 3.0797136e-11), Final residual = (3.8424379e-08 5.7670429e-14 2.3998819e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583604e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9507448e-08 2.1448586e-11 3.0797113e-11), Final residual = (3.8348182e-08 5.7551305e-14 2.4134365e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583608e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9478919e-08 2.1448469e-11 3.0797223e-11), Final residual = (3.8250036e-08 5.7432349e-14 1.7589999e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583608e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9439816e-08 2.1448349e-11 3.0797291e-11), Final residual = (3.8176786e-08 5.7329655e-14 1.4340314e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975048 -1.3583608e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 28.6 s ClockTime = 45 s Courant Number max: 8.202744e-07 deltaT = 3.5831804e-05 Time = 0.000154991 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.931665e-08 9.3327046e-09 1.3435338e-08), Final residual = (3.8088534e-08 6.7656831e-14 1.510748e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300325e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2302766e-08 2.5740224e-11 3.6969461e-11), Final residual = (3.8063242e-08 6.7242563e-14 2.0406673e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300309e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9111304e-08 2.5736284e-11 3.6958103e-11), Final residual = (3.8020227e-08 6.8307434e-14 4.1140803e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300307e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9285051e-08 2.5737333e-11 3.6957016e-11), Final residual = (3.7999085e-08 6.8441117e-14 2.7129331e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300305e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9218632e-08 2.5737464e-11 3.6956758e-11), Final residual = (3.79516e-08 6.8296532e-14 4.1729967e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300307e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.923604e-08 2.5737317e-11 3.6957072e-11), Final residual = (3.7862649e-08 6.8130712e-14 4.2094921e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300304e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.921435e-08 2.573715e-11 3.6957249e-11), Final residual = (3.7774632e-08 6.8026825e-14 2.8669637e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300307e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9125078e-08 2.5737051e-11 3.695714e-11), Final residual = (3.771992e-08 6.7885317e-14 3.8807872e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300303e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9016842e-08 2.573691e-11 3.6957066e-11), Final residual = (3.7648697e-08 6.7716475e-14 4.8065995e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300307e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8985091e-08 2.5736739e-11 3.6957268e-11), Final residual = (3.7547798e-08 6.7605114e-14 3.2009265e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300306e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8891605e-08 2.5736626e-11 3.6957131e-11), Final residual = (3.7494334e-08 6.7457015e-14 4.4102486e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300306e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8793335e-08 2.5736482e-11 3.6957128e-11), Final residual = (3.7402341e-08 6.7335887e-14 3.2861776e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300306e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8728701e-08 2.5736358e-11 3.6957086e-11), Final residual = (3.7329376e-08 6.7229149e-14 2.7472641e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300306e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8631265e-08 2.573625e-11 3.6956999e-11), Final residual = (3.7268501e-08 6.7088038e-14 3.4180619e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300308e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8621917e-08 2.5736111e-11 3.6957179e-11), Final residual = (3.719334e-08 6.6986684e-14 2.6771621e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300307e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8528949e-08 2.5736009e-11 3.6957064e-11), Final residual = (3.7145208e-08 6.6845789e-14 3.8948635e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300308e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8384727e-08 2.5735867e-11 3.6956933e-11), Final residual = (3.7066098e-08 6.6713483e-14 3.6861002e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300306e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8362166e-08 2.5735734e-11 3.6957069e-11), Final residual = (3.6987891e-08 6.6590211e-14 3.3016311e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300305e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8307091e-08 2.5735609e-11 3.6957072e-11), Final residual = (3.6924978e-08 6.6463656e-14 3.5971601e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300308e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8231332e-08 2.5735485e-11 3.6957077e-11), Final residual = (3.6840727e-08 6.6366922e-14 2.1907853e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975049 -1.6300305e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 32.53 s ClockTime = 49 s Courant Number max: 9.843295e-07 deltaT = 4.2998164e-05 Time = 0.000197989 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8135724e-08 1.1199242e-08 1.6122404e-08), Final residual = (3.6747778e-08 7.8136849e-14 2.0274303e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560363e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1999938e-08 3.0886271e-11 4.4366981e-11), Final residual = (3.6726359e-08 7.7584627e-14 2.7548109e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560341e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7982168e-08 3.0880329e-11 4.43505e-11), Final residual = (3.6672471e-08 7.8978269e-14 5.9910796e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.956034e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8176574e-08 3.08817e-11 4.4349131e-11), Final residual = (3.6656673e-08 7.9230866e-14 3.0041254e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560334e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.825682e-08 3.0881945e-11 4.434909e-11), Final residual = (3.6607799e-08 7.9087729e-14 3.8842849e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560333e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8180956e-08 3.0881804e-11 4.4349125e-11), Final residual = (3.6543863e-08 7.8965672e-14 3.4668259e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560335e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8157872e-08 3.0881685e-11 4.4349198e-11), Final residual = (3.6514221e-08 7.8826554e-14 5.1301116e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560338e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7964173e-08 3.0881547e-11 4.4348857e-11), Final residual = (3.6433378e-08 7.8688084e-14 4.3391084e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560335e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8047016e-08 3.0881405e-11 4.4349288e-11), Final residual = (3.6367213e-08 7.853224e-14 4.7058686e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.956034e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7932186e-08 3.0881254e-11 4.4349191e-11), Final residual = (3.6302729e-08 7.8429544e-14 3.7465408e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560337e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7930687e-08 3.0881149e-11 4.4349289e-11), Final residual = (3.6254574e-08 7.8273642e-14 4.9399595e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560334e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7718022e-08 3.0880987e-11 4.4348867e-11), Final residual = (3.6170431e-08 7.8138722e-14 3.9007437e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560335e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7726792e-08 3.0880856e-11 4.434907e-11), Final residual = (3.6117665e-08 7.799572e-14 4.5949347e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560337e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7655547e-08 3.0880713e-11 4.4349079e-11), Final residual = (3.6064823e-08 7.7865399e-14 4.8817281e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560336e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.761516e-08 3.088058e-11 4.4349152e-11), Final residual = (3.5986059e-08 7.7730329e-14 4.0671801e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560335e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7576573e-08 3.088045e-11 4.4349188e-11), Final residual = (3.5924333e-08 7.7612258e-14 3.6946585e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560334e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7548413e-08 3.0880326e-11 4.4349253e-11), Final residual = (3.5875354e-08 7.7478588e-14 4.2839044e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560339e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7514358e-08 3.0880192e-11 4.4349357e-11), Final residual = (3.5826024e-08 7.736558e-14 4.4599722e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560333e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7389904e-08 3.0880083e-11 4.434915e-11), Final residual = (3.5752994e-08 7.7195675e-14 4.7427208e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560334e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7314496e-08 3.0879915e-11 4.4349162e-11), Final residual = (3.5695941e-08 7.7102001e-14 4.0732819e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.01497505 -1.9560337e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 36.61 s ClockTime = 53 s Courant Number max: 1.1811957e-06 deltaT = 5.1597794e-05 Time = 0.000249587 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7374314e-08 1.3439085e-08 1.9346884e-08), Final residual = (3.5579481e-08 9.0527143e-14 2.7237404e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472391e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2182167e-08 3.7061933e-11 5.3245647e-11), Final residual = (3.5587187e-08 8.9880269e-14 3.6832988e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472362e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7038129e-08 3.7053007e-11 5.3221459e-11), Final residual = (3.5510279e-08 9.1797589e-14 6.5395996e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.347236e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7368692e-08 3.7054886e-11 5.3219949e-11), Final residual = (3.5498874e-08 9.2092911e-14 2.6691712e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472356e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7413003e-08 3.7055176e-11 5.3219766e-11), Final residual = (3.5496612e-08 9.1960655e-14 5.9411492e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.347236e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7474063e-08 3.7055052e-11 5.3220337e-11), Final residual = (3.5416299e-08 9.1809002e-14 4.5576926e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472364e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7265957e-08 3.7054901e-11 5.3219694e-11), Final residual = (3.5346629e-08 9.1683146e-14 3.2588581e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472359e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7274114e-08 3.7054779e-11 5.3219903e-11), Final residual = (3.5315855e-08 9.1549634e-14 4.4132942e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472358e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7129658e-08 3.7054639e-11 5.3219581e-11), Final residual = (3.5253318e-08 9.1407147e-14 3.9472306e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472357e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7161027e-08 3.7054492e-11 5.3219875e-11), Final residual = (3.5196169e-08 9.1278817e-14 3.6428026e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472356e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7203954e-08 3.7054373e-11 5.3220234e-11), Final residual = (3.5152165e-08 9.1142996e-14 4.2783108e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472354e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6973407e-08 3.7054235e-11 5.3219593e-11), Final residual = (3.5088857e-08 9.1044744e-14 2.3002957e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472358e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7079064e-08 3.7054132e-11 5.3220002e-11), Final residual = (3.5065918e-08 9.08684e-14 5.2794014e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472359e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7010069e-08 3.7053959e-11 5.322015e-11), Final residual = (3.4995356e-08 9.077484e-14 3.019382e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472357e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6985711e-08 3.7053862e-11 5.322008e-11), Final residual = (3.4946984e-08 9.0627435e-14 3.654828e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472357e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6835442e-08 3.7053717e-11 5.3219771e-11), Final residual = (3.4907134e-08 9.0513866e-14 3.9128953e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472359e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6818789e-08 3.7053604e-11 5.3219888e-11), Final residual = (3.4866453e-08 9.0383068e-14 4.4452369e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472355e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6712651e-08 3.7053474e-11 5.3219707e-11), Final residual = (3.4800445e-08 9.0263839e-14 3.1650046e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.347236e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6744927e-08 3.7053355e-11 5.3219932e-11), Final residual = (3.4762183e-08 9.0136573e-14 3.9812367e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472359e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6720386e-08 3.705323e-11 5.322007e-11), Final residual = (3.470069e-08 8.9987793e-14 3.557823e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975051 -2.3472354e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 40.65 s ClockTime = 57 s Courant Number max: 1.417435e-06 deltaT = 6.1917351e-05 Time = 0.000311504 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6604853e-08 1.6126897e-08 2.3216259e-08), Final residual = (3.4616087e-08 1.0535321e-13 3.6659544e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166818e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2671239e-08 4.4473484e-11 6.3901643e-11), Final residual = (3.4641785e-08 1.0454156e-13 4.949415e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166774e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5922036e-08 4.4460082e-11 6.3865178e-11), Final residual = (3.4546216e-08 1.0714944e-13 7.7904518e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166766e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.630505e-08 4.446265e-11 6.386316e-11), Final residual = (3.4549017e-08 1.0750204e-13 4.5006659e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166768e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6267659e-08 4.4462996e-11 6.3862658e-11), Final residual = (3.452324e-08 1.0731052e-13 7.0576071e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166762e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6116923e-08 4.4462802e-11 6.386233e-11), Final residual = (3.4435577e-08 1.0720067e-13 3.2399801e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166762e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6106572e-08 4.4462694e-11 6.3862285e-11), Final residual = (3.4390964e-08 1.070441e-13 3.7199987e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166763e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6088927e-08 4.446254e-11 6.386247e-11), Final residual = (3.4322639e-08 1.0688566e-13 2.3739216e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166762e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6028958e-08 4.446238e-11 6.3862366e-11), Final residual = (3.4290634e-08 1.0677335e-13 2.6371263e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166763e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6043505e-08 4.4462269e-11 6.3862608e-11), Final residual = (3.4261051e-08 1.0664334e-13 3.7509607e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166763e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5991908e-08 4.4462135e-11 6.3862603e-11), Final residual = (3.4216574e-08 1.0649952e-13 3.8518302e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166763e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5919602e-08 4.4461996e-11 6.3862516e-11), Final residual = (3.4150376e-08 1.0632522e-13 2.9694467e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166763e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5863958e-08 4.4461824e-11 6.3862462e-11), Final residual = (3.4113538e-08 1.0622791e-13 2.475058e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166767e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5823653e-08 4.4461721e-11 6.3862374e-11), Final residual = (3.4092207e-08 1.060535e-13 5.1526459e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166767e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5788684e-08 4.4461548e-11 6.386259e-11), Final residual = (3.4027461e-08 1.0594767e-13 2.77427e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166767e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.576849e-08 4.4461445e-11 6.3862565e-11), Final residual = (3.3986693e-08 1.0576722e-13 4.0957246e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166764e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5669112e-08 4.4461265e-11 6.3862443e-11), Final residual = (3.394414e-08 1.0563102e-13 4.3880816e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166764e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5638103e-08 4.4461129e-11 6.3862514e-11), Final residual = (3.3890508e-08 1.055178e-13 2.9421511e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166764e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5605467e-08 4.4461013e-11 6.386246e-11), Final residual = (3.3860925e-08 1.0539427e-13 3.8090009e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166766e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5662904e-08 4.4460888e-11 6.3862928e-11), Final residual = (3.3814946e-08 1.0525582e-13 3.6302173e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975052 -2.8166763e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 44.65 s ClockTime = 61 s faceSource Qdot output: sum(outlet) of alphaPhi.oil = 1.6649924e-09 sum(outlet) of alphaPhi.water = 0 faceSource p_inlet output: areaAverage(inlet) of p = 1.0136753 Courant Number max: 1.7009222e-06 deltaT = 7.4300818e-05 Time = 0.000385805 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5595589e-08 1.9352269e-08 2.7859505e-08), Final residual = (3.3725598e-08 1.2272421e-13 4.9297406e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800102e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3903791e-08 5.3368026e-11 7.6693431e-11), Final residual = (3.3828135e-08 1.2193304e-13 6.6208518e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800043e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6009299e-08 5.3348218e-11 7.6643262e-11), Final residual = (3.3667111e-08 1.2538444e-13 7.9569727e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800019e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6365876e-08 5.3351597e-11 7.6640221e-11), Final residual = (3.3706292e-08 1.2572943e-13 8.7460477e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.380003e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6390027e-08 5.3351945e-11 7.6640194e-11), Final residual = (3.3639613e-08 1.2555863e-13 6.5353497e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.380002e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6349965e-08 5.3351783e-11 7.66401e-11), Final residual = (3.357441e-08 1.2541354e-13 4.0148045e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800021e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6289245e-08 5.3351628e-11 7.663988e-11), Final residual = (3.3534065e-08 1.2525607e-13 4.4654886e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800021e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6331944e-08 5.3351479e-11 7.6640342e-11), Final residual = (3.3493068e-08 1.2512604e-13 3.7691895e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800023e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6250566e-08 5.3351354e-11 7.664009e-11), Final residual = (3.3472017e-08 1.2499321e-13 5.0416759e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800024e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6127371e-08 5.3351222e-11 7.6639688e-11), Final residual = (3.3430378e-08 1.2484813e-13 4.8058353e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800024e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.624978e-08 5.3351063e-11 7.66405e-11), Final residual = (3.3357013e-08 1.2466798e-13 2.209019e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800021e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6163237e-08 5.3350889e-11 7.6640174e-11), Final residual = (3.3331932e-08 1.245439e-13 3.1370859e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.380003e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5972542e-08 5.3350761e-11 7.663939e-11), Final residual = (3.3291763e-08 1.2440318e-13 2.733938e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800016e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6081313e-08 5.3350622e-11 7.6640155e-11), Final residual = (3.3263994e-08 1.2425497e-13 4.0582118e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.380002e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6098877e-08 5.335048e-11 7.6640531e-11), Final residual = (3.3212448e-08 1.2408858e-13 3.3500251e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800012e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5948901e-08 5.335031e-11 7.6639958e-11), Final residual = (3.3198041e-08 1.2399114e-13 4.4960339e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800018e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6008084e-08 5.335021e-11 7.6640466e-11), Final residual = (3.3156576e-08 1.238349e-13 4.5457826e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800026e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5890534e-08 5.3350057e-11 7.6640049e-11), Final residual = (3.3128942e-08 1.2369398e-13 5.491812e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800035e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5762205e-08 5.3349909e-11 7.6639582e-11), Final residual = (3.3062063e-08 1.2351244e-13 3.8292354e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800024e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5741589e-08 5.3349731e-11 7.6639689e-11), Final residual = (3.3033037e-08 1.2338079e-13 4.2005898e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383488 0 0.53873372 water fraction, min, max = 0.014975054 -3.3800025e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 48.39 s ClockTime = 64 s Courant Number max: 2.0411069e-06 deltaT = 8.9160973e-05 Time = 0.000474966 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.57662e-08 2.3222714e-08 3.3431404e-08), Final residual = (3.2956121e-08 1.432645e-13 6.7085467e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559993e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5327139e-08 6.4042819e-11 9.2046308e-11), Final residual = (3.3159144e-08 1.4263623e-13 8.9256991e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559914e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5053999e-08 6.4013705e-11 9.1970347e-11), Final residual = (3.2881197e-08 1.4689557e-13 9.9848708e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559894e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5268026e-08 6.4017879e-11 9.1965549e-11), Final residual = (3.2948691e-08 1.4740108e-13 1.2204811e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559888e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5395652e-08 6.401839e-11 9.1966179e-11), Final residual = (3.2860794e-08 1.4721114e-13 6.9090917e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559885e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5216473e-08 6.4018178e-11 9.1965057e-11), Final residual = (3.2798822e-08 1.4702998e-13 4.5679083e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559883e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5185665e-08 6.4018008e-11 9.1965012e-11), Final residual = (3.2781052e-08 1.4688306e-13 6.2210442e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559896e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.512974e-08 6.4017863e-11 9.1964921e-11), Final residual = (3.2737607e-08 1.4674322e-13 4.7795684e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559892e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5121973e-08 6.4017724e-11 9.1965008e-11), Final residual = (3.2701126e-08 1.4652063e-13 6.5639161e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559887e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5042014e-08 6.4017496e-11 9.1964917e-11), Final residual = (3.2627964e-08 1.4633607e-13 2.482035e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559896e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4986068e-08 6.4017313e-11 9.1964636e-11), Final residual = (3.2623117e-08 1.4619566e-13 5.8818086e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559895e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4989063e-08 6.4017183e-11 9.1965004e-11), Final residual = (3.2594612e-08 1.4604362e-13 6.69714e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559894e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.499485e-08 6.4017021e-11 9.1965328e-11), Final residual = (3.2541389e-08 1.4586053e-13 4.9719083e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559892e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4983896e-08 6.4016851e-11 9.1965453e-11), Final residual = (3.2485401e-08 1.4567288e-13 2.9913238e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559884e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4718972e-08 6.4016651e-11 9.1963849e-11), Final residual = (3.2476245e-08 1.4554901e-13 5.3711806e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559885e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4882826e-08 6.4016534e-11 9.1965209e-11), Final residual = (3.2421984e-08 1.4538719e-13 3.1925325e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559886e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4783705e-08 6.401636e-11 9.1964707e-11), Final residual = (3.2399647e-08 1.4523946e-13 4.5478156e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559891e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4782408e-08 6.4016233e-11 9.1964987e-11), Final residual = (3.2366303e-08 1.4500657e-13 6.7272831e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559878e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4650811e-08 6.4015992e-11 9.1964562e-11), Final residual = (3.2329436e-08 1.4492325e-13 4.5374276e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559894e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4817825e-08 6.401591e-11 9.1965683e-11), Final residual = (3.2290561e-08 1.4471109e-13 5.7222836e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975056 -4.0559898e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 52.33 s ClockTime = 68 s Courant Number max: 2.4493284e-06 deltaT = 0.00010699316 Time = 0.000581959 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4557421e-08 2.7867245e-08 4.011767e-08), Final residual = (3.2222489e-08 1.6713382e-13 9.2480985e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671817e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7488753e-08 7.6854141e-11 1.1047783e-10), Final residual = (3.2604647e-08 1.6725218e-13 1.2043176e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671686e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5425483e-08 7.681184e-11 1.1037192e-10), Final residual = (3.214113e-08 1.7245874e-13 9.6540811e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671671e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5630728e-08 7.6816921e-11 1.1036599e-10), Final residual = (3.2195911e-08 1.7286699e-13 1.3801454e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671681e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5521775e-08 7.6817335e-11 1.103651e-10), Final residual = (3.2133549e-08 1.7264856e-13 1.0567914e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671678e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5366261e-08 7.681711e-11 1.1036403e-10), Final residual = (3.2046632e-08 1.7241945e-13 4.0376001e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671674e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5428296e-08 7.6816891e-11 1.1036455e-10), Final residual = (3.2036651e-08 1.7233534e-13 5.1645415e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671671e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5406137e-08 7.6816808e-11 1.1036458e-10), Final residual = (3.1992324e-08 1.7215617e-13 3.5906023e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671678e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5513775e-08 7.6816616e-11 1.1036558e-10), Final residual = (3.2002127e-08 1.7203163e-13 8.5896883e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671674e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5345342e-08 7.6816506e-11 1.1036473e-10), Final residual = (3.1937679e-08 1.7178345e-13 6.1033112e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.867167e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5321274e-08 7.6816266e-11 1.1036478e-10), Final residual = (3.188008e-08 1.7152465e-13 4.3396476e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671656e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5371809e-08 7.6815996e-11 1.1036545e-10), Final residual = (3.1865119e-08 1.7143638e-13 4.783077e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671681e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5304039e-08 7.68159e-11 1.1036505e-10), Final residual = (3.1817006e-08 1.7121858e-13 3.5146404e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671673e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5317868e-08 7.681569e-11 1.1036539e-10), Final residual = (3.1793875e-08 1.7105694e-13 4.5176198e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671684e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5163087e-08 7.6815519e-11 1.1036448e-10), Final residual = (3.1766436e-08 1.7086897e-13 5.6367134e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671672e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5122735e-08 7.681533e-11 1.1036452e-10), Final residual = (3.171991e-08 1.7069837e-13 3.3416925e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671658e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4945636e-08 7.6815154e-11 1.1036329e-10), Final residual = (3.1696394e-08 1.7054922e-13 3.9562469e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671664e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4914271e-08 7.6815015e-11 1.1036326e-10), Final residual = (3.1665213e-08 1.7035425e-13 4.6338044e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.867166e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5110836e-08 7.6814832e-11 1.103651e-10), Final residual = (3.1627405e-08 1.7019039e-13 3.8551728e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671667e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4985506e-08 7.681466e-11 1.1036429e-10), Final residual = (3.1595701e-08 1.7001061e-13 4.0108915e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975058 -4.8671667e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1 COUPLED: not converged within 20 iterations ExecutionTime = 55.89 s ClockTime = 72 s Courant Number max: 2.9391942e-06 deltaT = 0.00012839179 Time = 0.000710351 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.498895e-08 3.3440682e-08 4.8141203e-08), Final residual = (3.1581991e-08 1.9524244e-13 1.2794592e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405956e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0372816e-08 9.2230502e-11 1.3260582e-10), Final residual = (3.2274247e-08 1.9721844e-13 1.6395232e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405774e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.630442e-08 9.2169713e-11 1.3245806e-10), Final residual = (3.1515545e-08 2.0283567e-13 1.5305804e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405719e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6157593e-08 9.2175137e-11 1.3244871e-10), Final residual = (3.1578417e-08 2.0314041e-13 2.4292193e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405728e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6278296e-08 9.2175481e-11 1.3245016e-10), Final residual = (3.147708e-08 2.0296776e-13 1.1701536e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405707e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6382289e-08 9.2175287e-11 1.3245074e-10), Final residual = (3.1417866e-08 2.0273398e-13 7.7216288e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405731e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5940405e-08 9.2175047e-11 1.324469e-10), Final residual = (3.1403935e-08 2.0259448e-13 9.7342073e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405733e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6102004e-08 9.2174927e-11 1.3244868e-10), Final residual = (3.1352521e-08 2.0234799e-13 7.2475943e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405734e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5992752e-08 9.2174684e-11 1.3244792e-10), Final residual = (3.1338747e-08 2.0217139e-13 9.6942508e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405723e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.619013e-08 9.21745e-11 1.3245011e-10), Final residual = (3.1303796e-08 2.0198094e-13 8.9286678e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405733e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.630383e-08 9.2174321e-11 1.324515e-10), Final residual = (3.1259297e-08 2.0176708e-13 6.5528998e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405716e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6182647e-08 9.2174112e-11 1.3245044e-10), Final residual = (3.1200912e-08 2.0145031e-13 4.8311052e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405735e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6201488e-08 9.2173803e-11 1.3245106e-10), Final residual = (3.1176336e-08 2.0129531e-13 4.9897969e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405714e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6161676e-08 9.2173638e-11 1.3245085e-10), Final residual = (3.1168328e-08 2.0112163e-13 8.0438748e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405753e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5962438e-08 9.2173471e-11 1.3244942e-10), Final residual = (3.1122689e-08 2.0091831e-13 5.4303654e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405727e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5997125e-08 9.2173273e-11 1.3244997e-10), Final residual = (3.110447e-08 2.0078311e-13 6.6215643e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405716e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5946988e-08 9.2173127e-11 1.3244971e-10), Final residual = (3.1077526e-08 2.0056507e-13 7.2875529e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405743e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6027757e-08 9.2172912e-11 1.3245081e-10), Final residual = (3.1034159e-08 2.0035014e-13 5.5266678e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405731e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6025172e-08 9.2172697e-11 1.3245109e-10), Final residual = (3.0997932e-08 2.0014318e-13 5.0498994e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.840572e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5682268e-08 9.217248e-11 1.3244811e-10), Final residual = (3.0980046e-08 1.9999156e-13 6.0841833e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383487 0 0.53873372 water fraction, min, max = 0.014975061 -5.8405716e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: not converged within 20 iterations ExecutionTime = 59.17 s ClockTime = 75 s Courant Number max: 3.5270333e-06 deltaT = 0.00015407013 Time = 0.000864421 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5982824e-08 4.01288e-08 5.7769442e-08), Final residual = (3.1061689e-08 2.283252e-13 1.8133884e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086769e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4055094e-08 1.1068646e-10 1.5917313e-10), Final residual = (3.2182186e-08 2.339829e-13 2.2506555e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086511e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.69109e-08 1.1059953e-10 1.5895809e-10), Final residual = (3.0936056e-08 2.3872274e-13 2.4888642e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086504e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6409409e-08 1.1060407e-10 1.5894632e-10), Final residual = (3.0979833e-08 2.3889651e-13 3.5329532e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.008644e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6391427e-08 1.1060424e-10 1.5894674e-10), Final residual = (3.0808643e-08 2.3851926e-13 8.2736981e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086474e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6336811e-08 1.1060387e-10 1.5894526e-10), Final residual = (3.0776661e-08 2.383201e-13 7.8984111e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086452e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6264555e-08 1.1060367e-10 1.5894486e-10), Final residual = (3.0765539e-08 2.3820706e-13 9.2691024e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086442e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6243395e-08 1.1060358e-10 1.5894479e-10), Final residual = (3.0730783e-08 2.3798355e-13 7.967831e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086466e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6023888e-08 1.1060331e-10 1.589426e-10), Final residual = (3.0678782e-08 2.37673e-13 6.2143174e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.008649e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6157635e-08 1.1060302e-10 1.5894454e-10), Final residual = (3.0663874e-08 2.3749881e-13 7.6741438e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086491e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6194802e-08 1.1060288e-10 1.5894521e-10), Final residual = (3.0618853e-08 2.3720852e-13 6.2635714e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086468e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6015034e-08 1.1060256e-10 1.5894354e-10), Final residual = (3.0593723e-08 2.3702706e-13 6.3342664e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086436e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6141608e-08 1.1060238e-10 1.5894526e-10), Final residual = (3.0554201e-08 2.3669532e-13 6.6123193e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086485e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5841431e-08 1.1060205e-10 1.5894243e-10), Final residual = (3.0533754e-08 2.3650955e-13 7.4167294e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086492e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5981029e-08 1.1060187e-10 1.5894424e-10), Final residual = (3.0499839e-08 2.361518e-13 9.0542645e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086451e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.572792e-08 1.1060149e-10 1.5894191e-10), Final residual = (3.048817e-08 2.3619286e-13 6.497926e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086468e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5803289e-08 1.1060158e-10 1.5894278e-10), Final residual = (3.0473993e-08 2.3604518e-13 8.0102997e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086489e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5684176e-08 1.1060141e-10 1.5894166e-10), Final residual = (3.0439964e-08 2.3580091e-13 6.8630263e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086459e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5838947e-08 1.1060117e-10 1.5894367e-10), Final residual = (3.0403873e-08 2.3554198e-13 6.4323898e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086465e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5550852e-08 1.1060089e-10 1.5894083e-10), Final residual = (3.0362967e-08 2.3522711e-13 6.2526551e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975065 -7.0086446e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: not converged within 20 iterations ExecutionTime = 63.07 s ClockTime = 79 s Courant Number max: 4.2324401e-06 deltaT = 0.00018488412 Time = 0.00104931 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5672937e-08 4.8154531e-08 6.93233e-08), Final residual = (3.0754472e-08 2.6848808e-13 2.5567801e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103612e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.8580926e-08 1.3284083e-10 1.9107157e-10), Final residual = (3.2364889e-08 2.7960782e-13 3.1148542e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103219e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7201663e-08 1.3271617e-10 1.9075228e-10), Final residual = (3.0345311e-08 2.8079061e-13 3.4152536e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103144e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6481992e-08 1.3271703e-10 1.9074174e-10), Final residual = (3.0368124e-08 2.8110457e-13 3.7851988e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103236e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6303678e-08 1.3271743e-10 1.9073953e-10), Final residual = (3.0289505e-08 2.8087521e-13 2.6731885e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103179e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6458561e-08 1.3271716e-10 1.9074152e-10), Final residual = (3.0222442e-08 2.8068324e-13 1.4275275e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103206e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6372962e-08 1.3271697e-10 1.9074004e-10), Final residual = (3.0174872e-08 2.8037922e-13 1.0398355e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103142e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6381611e-08 1.3271665e-10 1.9074027e-10), Final residual = (3.0119191e-08 2.7988559e-13 9.7248061e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103149e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6038704e-08 1.327162e-10 1.9073643e-10), Final residual = (3.0108765e-08 2.7981583e-13 9.6580509e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103177e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.613847e-08 1.3271608e-10 1.9073787e-10), Final residual = (3.0079138e-08 2.7958442e-13 9.3747379e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103177e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6527036e-08 1.3271589e-10 1.9074354e-10), Final residual = (3.003966e-08 2.7920732e-13 8.8393336e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103187e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6046058e-08 1.3271549e-10 1.9073755e-10), Final residual = (3.0022323e-08 2.7906385e-13 8.8077187e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.410318e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6276925e-08 1.3271537e-10 1.9074094e-10), Final residual = (3.0012116e-08 2.7893553e-13 1.0138035e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103205e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5939422e-08 1.3271529e-10 1.9073665e-10), Final residual = (2.9992547e-08 2.7872397e-13 1.088135e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103129e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5761837e-08 1.3271501e-10 1.9073451e-10), Final residual = (2.9932149e-08 2.7820973e-13 8.6825592e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103176e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6004977e-08 1.3271456e-10 1.907384e-10), Final residual = (2.9907077e-08 2.7797547e-13 8.6767344e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103176e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5771007e-08 1.3271429e-10 1.9073561e-10), Final residual = (2.9875953e-08 2.7768404e-13 8.9440818e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103133e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5872573e-08 1.3271398e-10 1.9073734e-10), Final residual = (2.9868059e-08 2.7763504e-13 8.9314129e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103131e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5638206e-08 1.3271395e-10 1.9073449e-10), Final residual = (2.9839542e-08 2.7735759e-13 9.0651257e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.4103138e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5942462e-08 1.3271369e-10 1.9073887e-10), Final residual = (2.9794024e-08 2.7689085e-13 9.6993595e-16), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975069 -8.410318e-08 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: not converged within 20 iterations ExecutionTime = 66.9 s ClockTime = 83 s Courant Number max: 5.0789278e-06 deltaT = 0.00022186092 Time = 0.00127117 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5922533e-08 5.7785402e-08 8.3187931e-08), Final residual = (3.0640725e-08 3.174917e-13 3.5612499e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092366e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.440151e-08 1.5943683e-10 2.2937967e-10), Final residual = (3.2853296e-08 3.3712278e-13 4.294456e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092312e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7693474e-08 1.5925802e-10 2.2890397e-10), Final residual = (2.9891297e-08 3.3190009e-13 5.3719369e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092297e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5734711e-08 1.5925238e-10 2.2888248e-10), Final residual = (2.9892272e-08 3.3107149e-13 6.7379166e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092296e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.605091e-08 1.5925158e-10 2.2888872e-10), Final residual = (2.9726371e-08 3.3082476e-13 2.7309017e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092298e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5958784e-08 1.5925132e-10 2.2888588e-10), Final residual = (2.9660817e-08 3.3047338e-13 1.8372042e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092293e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5757197e-08 1.5925097e-10 2.2888285e-10), Final residual = (2.9627583e-08 3.3020631e-13 1.6359731e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092295e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5361516e-08 1.5925072e-10 2.2887679e-10), Final residual = (2.9565997e-08 3.2971863e-13 1.04638e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092294e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4968391e-08 1.5925017e-10 2.2887089e-10), Final residual = (2.9537154e-08 3.2936685e-13 1.158821e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092299e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5161011e-08 1.5924988e-10 2.2887449e-10), Final residual = (2.9521694e-08 3.2920081e-13 1.1628591e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092292e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5254395e-08 1.5924965e-10 2.2887626e-10), Final residual = (2.9509345e-08 3.2908118e-13 1.2370539e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092298e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5402791e-08 1.5924957e-10 2.2887888e-10), Final residual = (2.9459053e-08 3.2857565e-13 1.0433859e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092295e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5261551e-08 1.5924906e-10 2.2887734e-10), Final residual = (2.9433976e-08 3.2826541e-13 1.1582321e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092294e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5443215e-08 1.5924884e-10 2.2888083e-10), Final residual = (2.941617e-08 3.2813966e-13 1.0647524e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092296e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5887168e-08 1.5924867e-10 2.2888807e-10), Final residual = (2.9417979e-08 3.2805112e-13 1.3451502e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092295e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5440766e-08 1.5924859e-10 2.2888124e-10), Final residual = (2.9358812e-08 3.2740909e-13 1.1553598e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092297e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5047326e-08 1.5924793e-10 2.2887555e-10), Final residual = (2.9350689e-08 3.273242e-13 1.1952378e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092297e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.547979e-08 1.5924787e-10 2.2888273e-10), Final residual = (2.9333578e-08 3.2708817e-13 1.346551e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092293e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5633067e-08 1.5924753e-10 2.2888547e-10), Final residual = (2.9296813e-08 3.2675582e-13 1.2014291e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092296e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5653193e-08 1.5924726e-10 2.2888643e-10), Final residual = (2.9262435e-08 3.2639581e-13 1.0758518e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383486 0 0.53873372 water fraction, min, max = 0.014975074 -1.0092294e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: not converged within 20 iterations ExecutionTime = 70.94 s ClockTime = 87 s Courant Number max: 6.0947132e-06 deltaT = 0.0002662331 Time = 0.0015374 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5181278e-08 6.9342446e-08 9.9825469e-08), Final residual = (3.0754699e-08 3.769092e-13 5.081571e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110724e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.1870607e-08 1.913676e-10 2.7539453e-10), Final residual = (3.376068e-08 4.1056282e-13 6.0401033e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110648e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.181421e-08 1.9111136e-10 2.7474926e-10), Final residual = (2.9540745e-08 3.923326e-13 9.2114642e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110632e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8379229e-08 1.9109264e-10 2.7471315e-10), Final residual = (2.9351917e-08 3.8995748e-13 8.6410648e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.211064e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8616351e-08 1.9109014e-10 2.7472041e-10), Final residual = (2.9158361e-08 3.8946646e-13 2.7203264e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110626e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9006388e-08 1.9108966e-10 2.7472585e-10), Final residual = (2.9148813e-08 3.8942989e-13 2.773971e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110628e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8170133e-08 1.9108965e-10 2.7470989e-10), Final residual = (2.9114861e-08 3.891976e-13 2.3569732e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110638e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8535491e-08 1.9108951e-10 2.7471747e-10), Final residual = (2.9052409e-08 3.8859153e-13 1.8818819e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110632e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8601502e-08 1.9108888e-10 2.7471926e-10), Final residual = (2.9078974e-08 3.8876296e-13 2.6745526e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110635e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.859908e-08 1.9108908e-10 2.7471958e-10), Final residual = (2.9027725e-08 3.882122e-13 2.0758872e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110635e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8654035e-08 1.9108849e-10 2.7472109e-10), Final residual = (2.9003404e-08 3.8794918e-13 1.999403e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.211063e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7714776e-08 1.9108829e-10 2.7470325e-10), Final residual = (2.898981e-08 3.8759803e-13 2.4672115e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.211064e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8057886e-08 1.9108784e-10 2.7471054e-10), Final residual = (2.8932841e-08 3.8697957e-13 2.0161009e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110648e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8941509e-08 1.9108725e-10 2.7472816e-10), Final residual = (2.8894781e-08 3.8650552e-13 1.9357395e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110633e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8068468e-08 1.9108677e-10 2.7471208e-10), Final residual = (2.8876386e-08 3.8622799e-13 1.9703537e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110638e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8048062e-08 1.9108656e-10 2.7471208e-10), Final residual = (2.8842368e-08 3.8581325e-13 1.8908733e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110631e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8499172e-08 1.9108615e-10 2.7472136e-10), Final residual = (2.8805083e-08 3.8498686e-13 2.2960399e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110632e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8418023e-08 1.9108541e-10 2.7472124e-10), Final residual = (2.8807613e-08 3.8533254e-13 1.9071276e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110632e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.797154e-08 1.9108563e-10 2.7471191e-10), Final residual = (2.8761844e-08 3.8468427e-13 1.920743e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110634e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8131858e-08 1.9108502e-10 2.7471604e-10), Final residual = (2.8760808e-08 3.8475001e-13 1.9468353e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383485 0 0.53873372 water fraction, min, max = 0.014975079 -1.2110641e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: not converged within 20 iterations ExecutionTime = 74.87 s ClockTime = 91 s Courant Number max: 7.3136566e-06 deltaT = 0.00031947968 Time = 0.00185688 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8180789e-08 8.3210873e-08 1.1979057e-07), Final residual = (3.1103753e-08 4.5010234e-13 7.2219545e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532725e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.0397251e-08 2.2970633e-10 3.3065914e-10), Final residual = (3.4884545e-08 5.0307745e-13 8.3542975e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532604e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3453565e-08 2.2933795e-10 3.2971333e-10), Final residual = (2.9395713e-08 4.6726735e-13 1.3976983e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.453259e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0479359e-08 2.2930117e-10 3.297014e-10), Final residual = (2.890788e-08 4.5964939e-13 1.3377575e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532591e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9656583e-08 2.2929376e-10 3.2969317e-10), Final residual = (2.8769124e-08 4.5943625e-13 8.2316648e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532599e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9240988e-08 2.2929359e-10 3.296816e-10), Final residual = (2.862367e-08 4.5874577e-13 3.7581732e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.45326e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9263226e-08 2.2929267e-10 3.2968079e-10), Final residual = (2.8555128e-08 4.5808467e-13 2.6013155e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532587e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9158727e-08 2.2929206e-10 3.2967877e-10), Final residual = (2.8527693e-08 4.5770533e-13 2.5413359e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532605e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9511756e-08 2.2929177e-10 3.2968751e-10), Final residual = (2.8529438e-08 4.5769951e-13 2.7712403e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532596e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9123637e-08 2.2929163e-10 3.2967841e-10), Final residual = (2.8468111e-08 4.5670908e-13 2.5966695e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532581e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9075686e-08 2.2929079e-10 3.2967889e-10), Final residual = (2.8443376e-08 4.5625889e-13 2.7561128e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532599e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9285668e-08 2.2929034e-10 3.2968443e-10), Final residual = (2.8433641e-08 4.5626318e-13 2.5744892e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532594e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9325849e-08 2.2929027e-10 3.2968551e-10), Final residual = (2.8411052e-08 4.5584285e-13 2.5654074e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532593e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9628737e-08 2.2928997e-10 3.2969324e-10), Final residual = (2.8389306e-08 4.5542656e-13 2.6604924e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532596e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9218848e-08 2.2928961e-10 3.2968432e-10), Final residual = (2.8375642e-08 4.553172e-13 2.6811472e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532598e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9564639e-08 2.2928933e-10 3.2969238e-10), Final residual = (2.834214e-08 4.548261e-13 2.5405324e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532589e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9407981e-08 2.2928889e-10 3.2968949e-10), Final residual = (2.8303203e-08 4.5401307e-13 2.7715008e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532577e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9205725e-08 2.2928799e-10 3.2968583e-10), Final residual = (2.8309076e-08 4.5431564e-13 2.6829207e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532598e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8872154e-08 2.2928836e-10 3.2967788e-10), Final residual = (2.8261024e-08 4.5336863e-13 2.9002399e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.4532583e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8816863e-08 2.2928754e-10 3.2967811e-10), Final residual = (2.8249858e-08 4.5337031e-13 2.6016269e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383484 0 0.53873372 water fraction, min, max = 0.014975086 -1.453258e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000001 COUPLED: not converged within 20 iterations ExecutionTime = 79.05 s ClockTime = 95 s Courant Number max: 8.7763877e-06 deltaT = 0.00038337547 Time = 0.00224025 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8437803e-08 9.9852938e-08 1.4374855e-07), Final residual = (3.1818542e-08 5.4187404e-13 1.0401809e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7439063e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.1792123e-08 2.7574676e-10 3.9708257e-10), Final residual = (3.6585038e-08 6.2442034e-13 1.176859e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438866e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9742022e-08 2.7521701e-10 3.9578732e-10), Final residual = (2.9594905e-08 5.62261e-13 2.3066828e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438873e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4993683e-08 2.7515372e-10 3.957545e-10), Final residual = (2.8446072e-08 5.4158772e-13 1.798577e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438857e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3649596e-08 2.7513304e-10 3.9574374e-10), Final residual = (2.8213779e-08 5.4121497e-13 7.511349e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438828e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3869735e-08 2.7513274e-10 3.9574582e-10), Final residual = (2.8080915e-08 5.3947731e-13 4.6045494e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438854e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3364308e-08 2.7513143e-10 3.9573315e-10), Final residual = (2.8086031e-08 5.4010692e-13 4.2306147e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438866e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4104435e-08 2.7513185e-10 3.957529e-10), Final residual = (2.8060601e-08 5.3972085e-13 4.3704907e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438861e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3975718e-08 2.7513152e-10 3.9575014e-10), Final residual = (2.8051954e-08 5.3956057e-13 4.4793405e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438866e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2784559e-08 2.7513134e-10 3.9571763e-10), Final residual = (2.8013927e-08 5.3880706e-13 4.3638408e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438859e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2788145e-08 2.7513064e-10 3.9571877e-10), Final residual = (2.798406e-08 5.3845746e-13 4.0206595e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438823e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2629473e-08 2.7513009e-10 3.957144e-10), Final residual = (2.7991814e-08 5.385992e-13 4.2585987e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.743884e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2913703e-08 2.7513038e-10 3.957224e-10), Final residual = (2.7935882e-08 5.3737277e-13 4.228724e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438863e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.363853e-08 2.7512903e-10 3.9574393e-10), Final residual = (2.7936483e-08 5.3754681e-13 4.4794644e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438856e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3077707e-08 2.7512929e-10 3.9572879e-10), Final residual = (2.7918527e-08 5.3717813e-13 4.397101e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438848e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2891498e-08 2.751289e-10 3.9572393e-10), Final residual = (2.7886738e-08 5.364529e-13 4.3820939e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438863e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2449267e-08 2.7512864e-10 3.9571302e-10), Final residual = (2.7820205e-08 5.3467176e-13 4.8805231e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438857e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3459376e-08 2.7512633e-10 3.9574276e-10), Final residual = (2.7832437e-08 5.3542107e-13 4.2942609e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438837e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2925117e-08 2.7512699e-10 3.9572695e-10), Final residual = (2.7802392e-08 5.3491996e-13 4.1632874e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438873e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2870496e-08 2.7512673e-10 3.9572653e-10), Final residual = (2.7765817e-08 5.3401586e-13 4.3737003e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383483 0 0.53873372 water fraction, min, max = 0.014975095 -1.7438869e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: not converged within 20 iterations ExecutionTime = 83.07 s ClockTime = 99 s faceSource Qdot output: sum(outlet) of alphaPhi.oil = 1.6649944e-09 sum(outlet) of alphaPhi.water = 0 faceSource p_inlet output: areaAverage(inlet) of p = 1.0136755 Courant Number max: 1.0531662e-05 deltaT = 0.00046005044 Time = 0.0027003 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2722335e-08 1.1982339e-07 1.7249825e-07), Final residual = (3.2797082e-08 6.5635572e-13 1.486734e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926567e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0612971e-07 3.3104274e-10 4.7693915e-10), Final residual = (3.8923033e-08 7.8549763e-13 1.6711131e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.092634e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4695731e-08 3.3028416e-10 4.7503977e-10), Final residual = (3.0164693e-08 6.8618382e-13 3.3248832e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926228e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7094784e-08 3.3018313e-10 4.7494331e-10), Final residual = (2.8060989e-08 6.4020166e-13 2.3743879e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926246e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4267507e-08 3.301372e-10 4.7490958e-10), Final residual = (2.7737833e-08 6.3759083e-13 1.0118392e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926239e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4687373e-08 3.3013486e-10 4.749211e-10), Final residual = (2.7738187e-08 6.3842346e-13 9.8581856e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926301e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5244495e-08 3.3013582e-10 4.7493934e-10), Final residual = (2.7637281e-08 6.3722448e-13 6.2155411e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926238e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5164757e-08 3.3013398e-10 4.749355e-10), Final residual = (2.762003e-08 6.3713969e-13 6.3410091e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926254e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4397229e-08 3.3013401e-10 4.7491093e-10), Final residual = (2.7561762e-08 6.3580753e-13 5.9772019e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926238e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4688178e-08 3.3013272e-10 4.7492207e-10), Final residual = (2.754006e-08 6.3530719e-13 5.7383999e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926261e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4638207e-08 3.3013223e-10 4.7492079e-10), Final residual = (2.7565568e-08 6.3616632e-13 6.1857599e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926276e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5280682e-08 3.3013323e-10 4.7494234e-10), Final residual = (2.7478247e-08 6.3378489e-13 6.0179846e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.092627e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3243742e-08 3.3013064e-10 4.7487669e-10), Final residual = (2.7492438e-08 6.342848e-13 6.1792825e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.092626e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4194487e-08 3.3013123e-10 4.7490822e-10), Final residual = (2.7440709e-08 6.3279153e-13 6.2789228e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926266e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3540917e-08 3.3012964e-10 4.7488796e-10), Final residual = (2.7421646e-08 6.3273482e-13 5.9960045e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926258e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3867966e-08 3.3012996e-10 4.7489975e-10), Final residual = (2.7421959e-08 6.3293514e-13 6.1031115e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926259e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5028139e-08 3.3012998e-10 4.7493827e-10), Final residual = (2.74066e-08 6.3226786e-13 6.7279028e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926246e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4241122e-08 3.3012953e-10 4.7491344e-10), Final residual = (2.7370397e-08 6.317825e-13 5.4086805e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926256e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4492209e-08 3.3012878e-10 4.7492155e-10), Final residual = (2.7356568e-08 6.3144556e-13 5.7686039e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.092627e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4599868e-08 3.3012874e-10 4.7492622e-10), Final residual = (2.7374664e-08 6.3191862e-13 6.3617725e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383482 0 0.53873372 water fraction, min, max = 0.014975105 -2.0926242e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000002 COUPLED: not converged within 20 iterations ExecutionTime = 86.43 s ClockTime = 103 s Courant Number max: 1.2637993e-05 deltaT = 0.00055206036 Time = 0.00325237 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5509452e-08 1.4378788e-07 2.0699777e-07), Final residual = (3.4026773e-08 7.9870925e-13 2.1167716e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111378e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2120642e-07 3.974637e-10 5.7286689e-10), Final residual = (4.1728499e-08 9.9602405e-13 2.3594319e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111078e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.0375101e-08 3.9637586e-10 5.7017091e-10), Final residual = (3.1042691e-08 8.4411845e-13 5.2282851e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5110982e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1772288e-08 3.9622111e-10 5.7006841e-10), Final residual = (2.7988365e-08 7.6211248e-13 3.8155549e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5110976e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9039721e-08 3.9613936e-10 5.7006715e-10), Final residual = (2.7318663e-08 7.5303865e-13 1.4114199e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5110984e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7074373e-08 3.9613094e-10 5.6999211e-10), Final residual = (2.7209547e-08 7.5156829e-13 9.5270959e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111051e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6923113e-08 3.9612969e-10 5.6998595e-10), Final residual = (2.7182611e-08 7.5106143e-13 9.2404962e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111005e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7687473e-08 3.961286e-10 5.7001673e-10), Final residual = (2.7120941e-08 7.4982533e-13 8.4730595e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111004e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9064551e-08 3.9612742e-10 5.7007337e-10), Final residual = (2.7136377e-08 7.5056203e-13 8.8320506e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111016e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7999611e-08 3.9612833e-10 5.700308e-10), Final residual = (2.7083193e-08 7.4882282e-13 8.5473694e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5110986e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7464903e-08 3.9612633e-10 5.7001052e-10), Final residual = (2.7086095e-08 7.4946225e-13 8.2946998e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111008e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7591572e-08 3.9612745e-10 5.7001643e-10), Final residual = (2.7029931e-08 7.47091e-13 8.8949032e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.511097e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8031955e-08 3.9612476e-10 5.7003613e-10), Final residual = (2.7023438e-08 7.4745192e-13 8.5626233e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111013e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7413158e-08 3.9612485e-10 5.7001141e-10), Final residual = (2.7057231e-08 7.484542e-13 9.4487152e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5110978e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7610777e-08 3.9612659e-10 5.7001944e-10), Final residual = (2.6989023e-08 7.4673597e-13 8.3670416e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.511104e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8609442e-08 3.9612432e-10 5.7006036e-10), Final residual = (2.7003295e-08 7.4777353e-13 8.5622602e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111005e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7987692e-08 3.9612564e-10 5.7003542e-10), Final residual = (2.6957538e-08 7.4596809e-13 8.687102e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5110996e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6074436e-08 3.9612411e-10 5.69961e-10), Final residual = (2.6913652e-08 7.4420877e-13 8.7425881e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111016e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8326845e-08 3.9612144e-10 5.7005196e-10), Final residual = (2.6918455e-08 7.4487405e-13 8.7741996e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5111004e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8022615e-08 3.9612254e-10 5.7004002e-10), Final residual = (2.6903507e-08 7.4462081e-13 8.3087996e-15), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383481 0 0.53873372 water fraction, min, max = 0.014975117 -2.5110952e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: not converged within 20 iterations ExecutionTime = 89.7 s ClockTime = 106 s Courant Number max: 1.5165587e-05 deltaT = 0.00066247209 Time = 0.00391484 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7816905e-08 1.7254517e-07 2.4839705e-07), Final residual = (3.5726206e-08 9.8146593e-13 3.0252349e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0133014e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4106588e-07 4.7726895e-10 6.8829932e-10), Final residual = (4.5254186e-08 1.2782358e-12 3.3298582e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132567e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.4400167e-08 4.7570703e-10 6.8423898e-10), Final residual = (3.2339898e-08 1.0534366e-12 7.2615705e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132447e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.5302061e-08 4.7547868e-10 6.8416021e-10), Final residual = (2.8237835e-08 9.1894772e-13 5.5535572e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132436e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9995158e-08 4.7534482e-10 6.8408523e-10), Final residual = (2.6936504e-08 8.8865338e-13 2.3642024e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132401e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8461388e-08 4.7531456e-10 6.8404218e-10), Final residual = (2.6793196e-08 8.8692777e-13 1.4477976e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132458e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8379116e-08 4.7531291e-10 6.8403624e-10), Final residual = (2.678585e-08 8.8761922e-13 1.3622807e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132406e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9222394e-08 4.7531355e-10 6.840756e-10), Final residual = (2.6744307e-08 8.8668549e-13 1.2584865e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132428e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.931286e-08 4.7531282e-10 6.8408157e-10), Final residual = (2.6667413e-08 8.8458872e-13 1.1005173e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132402e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8407458e-08 4.7530995e-10 6.8403838e-10), Final residual = (2.6646847e-08 8.8388435e-13 1.1569896e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132457e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8620532e-08 4.7530984e-10 6.8405155e-10), Final residual = (2.6619132e-08 8.8314294e-13 1.1532178e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132473e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8515736e-08 4.7530933e-10 6.8404816e-10), Final residual = (2.6645264e-08 8.8475842e-13 1.102879e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132394e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9208697e-08 4.7531072e-10 6.8407894e-10), Final residual = (2.6572227e-08 8.814804e-13 1.1197218e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132457e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8435553e-08 4.7530723e-10 6.8404524e-10), Final residual = (2.6557627e-08 8.8122053e-13 1.1007781e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132426e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9924278e-08 4.7530727e-10 6.8411778e-10), Final residual = (2.6600034e-08 8.8224877e-13 1.3058473e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132478e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8942856e-08 4.7530893e-10 6.8407129e-10), Final residual = (2.6504727e-08 8.7876672e-13 1.2014765e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.013242e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.762082e-08 4.7530462e-10 6.8401042e-10), Final residual = (2.6521926e-08 8.7992247e-13 1.1585276e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132441e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8630091e-08 4.7530589e-10 6.8405761e-10), Final residual = (2.6486721e-08 8.7871442e-13 1.1259922e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132448e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7814111e-08 4.7530464e-10 6.8402002e-10), Final residual = (2.6450011e-08 8.7689034e-13 1.1965893e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132475e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9552446e-08 4.7530255e-10 6.8410548e-10), Final residual = (2.6412137e-08 8.7584085e-13 1.1195301e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738348 0 0.53873372 water fraction, min, max = 0.014975132 -3.0132458e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000003 COUPLED: not converged within 20 iterations ExecutionTime = 93.05 s ClockTime = 109 s Courant Number max: 1.8198697e-05 deltaT = 0.00079496638 Time = 0.0047098 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9334992e-08 2.0705387e-07 2.9807612e-07), Final residual = (3.8043647e-08 1.2204567e-12 4.3518626e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6158733e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6519843e-07 5.7318056e-10 8.2720314e-10), Final residual = (4.9822852e-08 1.6634161e-12 4.7651561e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6158047e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.2749971e-08 5.7093999e-10 8.2132631e-10), Final residual = (3.425575e-08 1.3319694e-12 1.0971181e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157918e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1101509e-08 5.7060378e-10 8.2118182e-10), Final residual = (2.8925652e-08 1.128551e-12 7.1038647e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.615794e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.7142227e-08 5.7039997e-10 8.2122136e-10), Final residual = (2.6840743e-08 1.0593587e-12 3.4344903e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157762e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4739478e-08 5.7033156e-10 8.2116718e-10), Final residual = (2.6353899e-08 1.0456161e-12 1.8989891e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157796e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2540679e-08 5.7031735e-10 8.2105239e-10), Final residual = (2.6287276e-08 1.0431596e-12 1.780354e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157785e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4810263e-08 5.7031509e-10 8.2118571e-10), Final residual = (2.6330189e-08 1.0457499e-12 1.8841504e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157817e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.43088e-08 5.7031837e-10 8.2115656e-10), Final residual = (2.6307812e-08 1.0448283e-12 1.8624887e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157903e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4612912e-08 5.7031704e-10 8.211747e-10), Final residual = (2.62994e-08 1.0458943e-12 1.8254304e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157864e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2927097e-08 5.7031856e-10 8.2107809e-10), Final residual = (2.6187397e-08 1.0384202e-12 2.0699717e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157771e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.3413801e-08 5.7031004e-10 8.211134e-10), Final residual = (2.6223949e-08 1.0419061e-12 1.8561178e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157965e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4193116e-08 5.7031377e-10 8.2115429e-10), Final residual = (2.6195864e-08 1.0409225e-12 1.7937064e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.615781e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.5752033e-08 5.7031311e-10 8.212453e-10), Final residual = (2.6171415e-08 1.0407331e-12 1.74504e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157962e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.3785714e-08 5.7031293e-10 8.2113312e-10), Final residual = (2.615115e-08 1.0394876e-12 1.7133015e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.615787e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.454987e-08 5.7031191e-10 8.2117831e-10), Final residual = (2.6168703e-08 1.0410435e-12 1.6991559e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157885e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.103113e-08 5.7031312e-10 8.2097429e-10), Final residual = (2.6092792e-08 1.0360108e-12 1.8504482e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157826e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.3967485e-08 5.7030885e-10 8.211499e-10), Final residual = (2.6082008e-08 1.0360532e-12 1.8554421e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157865e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4193555e-08 5.7030785e-10 8.2116262e-10), Final residual = (2.6102203e-08 1.0375758e-12 1.8401981e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157857e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4260483e-08 5.7030925e-10 8.2116476e-10), Final residual = (2.6062851e-08 1.0349754e-12 1.9193744e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383478 0 0.53873372 water fraction, min, max = 0.014975149 -3.6157865e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: not converged within 20 iterations ExecutionTime = 96.27 s ClockTime = 112 s Courant Number max: 2.1838435e-05 deltaT = 0.00095395877 Time = 0.00566376 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.3466385e-08 2.4846401e-07 3.5769076e-07), Final residual = (4.0968269e-08 1.5325383e-12 6.26644e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.338908e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.90501e-07 6.8848317e-10 9.9416353e-10), Final residual = (5.5368205e-08 2.1885158e-12 6.7831244e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.338809e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.5083672e-08 6.8526447e-10 9.8539379e-10), Final residual = (3.6246255e-08 1.6936939e-12 1.5648907e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.338782e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.8821712e-08 6.8476336e-10 9.8506636e-10), Final residual = (2.969538e-08 1.3767312e-12 1.2109555e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387802e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2593097e-08 6.84446e-10 9.8505137e-10), Final residual = (2.6877877e-08 1.2709117e-12 4.5502258e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387775e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.112334e-08 6.8434256e-10 9.8507247e-10), Final residual = (2.6001448e-08 1.2367251e-12 2.6839523e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387849e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9519565e-08 6.8430678e-10 9.8500101e-10), Final residual = (2.5903825e-08 1.2334581e-12 2.1577304e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387847e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0687059e-08 6.8430424e-10 9.8508384e-10), Final residual = (2.5832111e-08 1.2311192e-12 1.9626224e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387839e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0692761e-08 6.8430236e-10 9.850877e-10), Final residual = (2.581983e-08 1.2311545e-12 1.929339e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3388009e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.970981e-08 6.8430098e-10 9.8501822e-10), Final residual = (2.5822117e-08 1.2320132e-12 2.0389229e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3388022e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9812875e-08 6.843024e-10 9.8502714e-10), Final residual = (2.5791946e-08 1.2315146e-12 1.8047774e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387793e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9387254e-08 6.8430187e-10 9.8499787e-10), Final residual = (2.5769388e-08 1.2296735e-12 1.8901748e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387802e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9183488e-08 6.8429976e-10 9.8498509e-10), Final residual = (2.5727846e-08 1.2267067e-12 2.0119502e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387989e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.971838e-08 6.8429696e-10 9.8502695e-10), Final residual = (2.5746428e-08 1.2285201e-12 2.0330831e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387815e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8800149e-08 6.8429876e-10 9.8496208e-10), Final residual = (2.5701381e-08 1.2271049e-12 1.8375666e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387927e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.980955e-08 6.8429766e-10 9.8503341e-10), Final residual = (2.5666068e-08 1.2243202e-12 1.998142e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387847e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0672588e-08 6.8429491e-10 9.8509693e-10), Final residual = (2.5684057e-08 1.2268052e-12 1.8572347e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387929e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9278222e-08 6.8429725e-10 9.8499799e-10), Final residual = (2.566937e-08 1.226346e-12 1.7988228e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387831e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.929162e-08 6.8429712e-10 9.8499965e-10), Final residual = (2.5646995e-08 1.2244955e-12 1.8935651e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387836e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9051236e-08 6.8429551e-10 9.8498571e-10), Final residual = (2.5564885e-08 1.2193819e-12 1.9459472e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383476 0 0.53873372 water fraction, min, max = 0.01497517 -4.3387915e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000004 COUPLED: not converged within 20 iterations ExecutionTime = 99.56 s ClockTime = 116 s Courant Number max: 2.62061e-05 deltaT = 0.0011447495 Time = 0.00680851 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9936652e-08 2.9815596e-07 4.2922745e-07), Final residual = (4.4640402e-08 1.9477216e-12 9.0036777e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2064756e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2786099e-07 8.2714858e-10 1.1957555e-09), Final residual = (6.2088347e-08 2.9067848e-12 9.678989e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.206322e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.8990051e-08 8.2251875e-10 1.183937e-09), Final residual = (3.9759596e-08 2.2063922e-12 2.3599917e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063199e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.0046902e-08 8.2180979e-10 1.1834813e-09), Final residual = (3.1778018e-08 1.7733484e-12 1.3970161e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063309e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.2958317e-08 8.2137648e-10 1.1834567e-09), Final residual = (2.811357e-08 1.5905631e-12 6.7747242e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063264e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.1925795e-08 8.2119502e-10 1.1836039e-09), Final residual = (2.6330478e-08 1.4962006e-12 4.7216903e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063245e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.8764468e-08 8.2110053e-10 1.183469e-09), Final residual = (2.5687212e-08 1.4632669e-12 4.2262648e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063235e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.611814e-08 8.2106627e-10 1.1832961e-09), Final residual = (2.5639623e-08 1.4616575e-12 4.1301188e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063337e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.0389294e-08 8.2106438e-10 1.1836526e-09), Final residual = (2.5477608e-08 1.4517648e-12 3.6032303e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063115e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6380478e-08 8.2105411e-10 1.1833278e-09), Final residual = (2.5481015e-08 1.4529883e-12 3.5269368e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063241e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6310874e-08 8.2105635e-10 1.1833221e-09), Final residual = (2.5447486e-08 1.4516425e-12 3.5970737e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063229e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5584548e-08 8.2105441e-10 1.1832642e-09), Final residual = (2.5462205e-08 1.452359e-12 3.6942992e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.206306e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.9002773e-08 8.2105525e-10 1.1835483e-09), Final residual = (2.5467963e-08 1.4541486e-12 3.6455839e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063027e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5575099e-08 8.2105777e-10 1.183264e-09), Final residual = (2.5425116e-08 1.4508791e-12 3.7108754e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063168e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.8235161e-08 8.210545e-10 1.1834886e-09), Final residual = (2.5379225e-08 1.4463209e-12 3.6607633e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063249e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6005104e-08 8.2104973e-10 1.1833067e-09), Final residual = (2.5344022e-08 1.4446048e-12 3.6572797e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063356e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.772567e-08 8.2104719e-10 1.1834509e-09), Final residual = (2.5401613e-08 1.4514511e-12 3.5224973e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063183e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5512691e-08 8.2105589e-10 1.1832635e-09), Final residual = (2.5269804e-08 1.4379135e-12 3.9392982e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063118e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6101063e-08 8.2104055e-10 1.1833254e-09), Final residual = (2.5262997e-08 1.4382879e-12 3.7462765e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063025e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.7594482e-08 8.2104165e-10 1.1834492e-09), Final residual = (2.5277555e-08 1.4389378e-12 3.7640966e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383473 0 0.53873372 water fraction, min, max = 0.014975196 -5.2063121e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000005 COUPLED: not converged within 20 iterations ExecutionTime = 102.98 s ClockTime = 119 s Courant Number max: 3.1447295e-05 deltaT = 0.001373699 Time = 0.00818221 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5986502e-08 3.5778621e-07 5.1507325e-07), Final residual = (4.8976901e-08 2.4923042e-12 1.2891052e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.247488e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.6842713e-07 9.9397262e-10 1.4384755e-09), Final residual = (7.0497534e-08 3.9116981e-12 1.3893332e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2473183e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0270922e-07 9.8733059e-10 1.4203148e-09), Final residual = (4.3378425e-08 2.8924007e-12 3.2227766e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.247279e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.3660174e-08 9.8630217e-10 1.4200502e-09), Final residual = (3.3669131e-08 2.2244798e-12 2.510308e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.247263e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.0517402e-08 9.8563376e-10 1.4196348e-09), Final residual = (2.9032665e-08 1.9638012e-12 1.0668778e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.247277e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5528061e-08 9.8537159e-10 1.4194521e-09), Final residual = (2.67315e-08 1.8233022e-12 5.4527454e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472495e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3094374e-08 9.8523386e-10 1.41939e-09), Final residual = (2.5530299e-08 1.7441593e-12 4.2890015e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472462e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.4452765e-08 9.8515166e-10 1.4196287e-09), Final residual = (2.506487e-08 1.709817e-12 4.5262133e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472774e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.7167183e-08 9.8511674e-10 1.4199468e-09), Final residual = (2.5160407e-08 1.7202961e-12 4.9901249e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472786e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.4399732e-08 9.8513235e-10 1.4196733e-09), Final residual = (2.5115119e-08 1.7195356e-12 4.4001218e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472578e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.4075376e-08 9.851262e-10 1.4196326e-09), Final residual = (2.5056319e-08 1.7136959e-12 4.4623766e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472679e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3739864e-08 9.8512241e-10 1.4196074e-09), Final residual = (2.5019663e-08 1.7076663e-12 4.793023e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472594e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.7655422e-08 9.8511469e-10 1.420002e-09), Final residual = (2.5053639e-08 1.7146527e-12 4.6917104e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472527e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3827583e-08 9.8512282e-10 1.419618e-09), Final residual = (2.5065689e-08 1.7164121e-12 4.5116085e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472718e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.2019589e-08 9.8512503e-10 1.4194354e-09), Final residual = (2.4927435e-08 1.7010779e-12 4.8464977e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472512e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.458709e-08 9.8510909e-10 1.4197068e-09), Final residual = (2.5022104e-08 1.7131931e-12 4.6635079e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472844e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5267449e-08 9.8511976e-10 1.419762e-09), Final residual = (2.4910774e-08 1.7033569e-12 4.4912404e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472614e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.7268295e-08 9.85112e-10 1.4199729e-09), Final residual = (2.4961466e-08 1.7075253e-12 4.821723e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472615e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3092442e-08 9.8511327e-10 1.4195514e-09), Final residual = (2.5008362e-08 1.7138592e-12 4.7476365e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.2472395e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.377687e-08 9.8512195e-10 1.4196175e-09), Final residual = (2.4895662e-08 1.7024934e-12 4.5966781e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738347 0 0.53873372 water fraction, min, max = 0.014975226 -6.247258e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000006 COUPLED: not converged within 20 iterations ExecutionTime = 106.29 s ClockTime = 122 s Courant Number max: 3.7736746e-05 deltaT = 0.0016484373 Time = 0.00983065 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.4937181e-08 4.2934185e-07 6.1808553e-07), Final residual = (5.4313106e-08 3.2239553e-12 1.8491042e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4966327e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1704391e-07 1.1947859e-09 1.7312655e-09), Final residual = (8.0229307e-08 5.2861855e-12 1.9780848e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4963327e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3395615e-07 1.1852238e-09 1.7070186e-09), Final residual = (4.8193796e-08 3.8165553e-12 5.1391047e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962322e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0802858e-07 1.183734e-09 1.7062729e-09), Final residual = (3.661927e-08 2.9043912e-12 3.2655e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962251e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.765593e-08 1.1828249e-09 1.7062299e-09), Final residual = (3.1093296e-08 2.5157991e-12 1.4524328e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962641e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.9440255e-08 1.1824378e-09 1.7057272e-09), Final residual = (2.805485e-08 2.2887775e-12 8.5771954e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962036e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.8156317e-08 1.1822094e-09 1.7058736e-09), Final residual = (2.6435353e-08 2.1567684e-12 8.8687887e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962821e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.5632278e-08 1.1820788e-09 1.7057706e-09), Final residual = (2.5375237e-08 2.0737282e-12 7.5460941e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962432e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.8036662e-08 1.1819957e-09 1.7061708e-09), Final residual = (2.5016452e-08 2.0487488e-12 7.8870217e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962557e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.2349703e-08 1.1819698e-09 1.705536e-09), Final residual = (2.4751118e-08 2.0220196e-12 7.1511927e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962493e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.4971945e-08 1.1819466e-09 1.7058786e-09), Final residual = (2.4769972e-08 2.0223564e-12 7.9949749e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.496213e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.4552942e-08 1.1819432e-09 1.7058299e-09), Final residual = (2.4770122e-08 2.0281261e-12 7.0238536e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962522e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.6314223e-08 1.1819488e-09 1.70603e-09), Final residual = (2.4678585e-08 2.0151838e-12 7.2834528e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962903e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.5652338e-08 1.1819387e-09 1.7059685e-09), Final residual = (2.4810376e-08 2.0287414e-12 7.8918418e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962845e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.4864693e-08 1.1819503e-09 1.7058624e-09), Final residual = (2.472075e-08 2.021089e-12 7.1433595e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.496233e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.8463309e-08 1.1819409e-09 1.7062925e-09), Final residual = (2.4589946e-08 2.0027613e-12 7.7836275e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962677e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.6296265e-08 1.1819242e-09 1.7060572e-09), Final residual = (2.4686986e-08 2.0180032e-12 7.426131e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962476e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.6923697e-08 1.181945e-09 1.706125e-09), Final residual = (2.4612384e-08 2.0115831e-12 7.2199946e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962305e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.7109575e-08 1.181933e-09 1.7061455e-09), Final residual = (2.4653351e-08 2.012924e-12 8.0858785e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962317e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.3071554e-08 1.1819363e-09 1.7056709e-09), Final residual = (2.4675251e-08 2.0191196e-12 7.312291e-14), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383467 0 0.53873372 water fraction, min, max = 0.014975262 -7.4962637e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000007 COUPLED: not converged within 20 iterations ExecutionTime = 109.83 s ClockTime = 126 s Courant Number max: 4.5284056e-05 deltaT = 0.0019781209 Time = 0.0118088 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.6709538e-08 5.1520751e-07 7.4170191e-07), Final residual = (6.1277839e-08 4.2353351e-12 2.6903113e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9952563e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8026629e-07 1.4366643e-09 2.0854912e-09), Final residual = (9.2462574e-08 7.2433253e-12 2.8324327e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.994946e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6314896e-07 1.4229317e-09 2.0509651e-09), Final residual = (5.4364877e-08 5.1407086e-12 7.521162e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948061e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3352249e-07 1.4208023e-09 2.0500849e-09), Final residual = (4.039044e-08 3.8504286e-12 4.1943902e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948605e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1728356e-07 1.4195171e-09 2.0494301e-09), Final residual = (3.3861756e-08 3.2758275e-12 2.1958442e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948125e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1530094e-07 1.4189367e-09 2.0498726e-09), Final residual = (2.9945804e-08 2.9174007e-12 1.3014893e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9947919e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1107781e-07 1.4185727e-09 2.0497295e-09), Final residual = (2.7977826e-08 2.733815e-12 1.3806059e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948026e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0667918e-07 1.4183979e-09 2.0494006e-09), Final residual = (2.6252018e-08 2.5622736e-12 1.1997347e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948417e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0830499e-07 1.4182317e-09 2.0498695e-09), Final residual = (2.542319e-08 2.4806682e-12 1.3126034e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.994867e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0674707e-07 1.4181509e-09 2.0497761e-09), Final residual = (2.4885887e-08 2.4301194e-12 1.2139735e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948281e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0785337e-07 1.4180939e-09 2.0499934e-09), Final residual = (2.4529722e-08 2.3924845e-12 1.1153949e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948711e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0610059e-07 1.4180615e-09 2.0497903e-09), Final residual = (2.4585587e-08 2.4041708e-12 1.1890618e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948055e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0602739e-07 1.4180691e-09 2.0497746e-09), Final residual = (2.4634473e-08 2.4085687e-12 1.1936705e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9947877e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.089032e-07 1.4180625e-09 2.050163e-09), Final residual = (2.451318e-08 2.3973994e-12 1.1005512e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948343e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0883622e-07 1.418061e-09 2.050175e-09), Final residual = (2.4476629e-08 2.391953e-12 1.1519713e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9947916e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0625626e-07 1.4180578e-09 2.0498191e-09), Final residual = (2.4537723e-08 2.3933243e-12 1.1830223e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948223e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0819668e-07 1.4180524e-09 2.0500817e-09), Final residual = (2.4576763e-08 2.4010092e-12 1.231827e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948083e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0539013e-07 1.4180608e-09 2.0496805e-09), Final residual = (2.4632542e-08 2.403293e-12 1.178556e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948325e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0204848e-07 1.4180676e-09 2.0491936e-09), Final residual = (2.45164e-08 2.3875088e-12 1.2739297e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948039e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0493198e-07 1.4180543e-09 2.049636e-09), Final residual = (2.4364076e-08 2.3701854e-12 1.1944216e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383462 0 0.53873372 water fraction, min, max = 0.014975306 -8.9948216e-07 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000009 COUPLED: not converged within 20 iterations ExecutionTime = 113.42 s ClockTime = 130 s Courant Number max: 5.4340766e-05 deltaT = 0.0023737396 Time = 0.0141825 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0654479e-07 6.1824509e-07 8.9004018e-07), Final residual = (6.9362734e-08 5.6263655e-12 3.836792e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0793456e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4989951e-07 1.7282256e-09 2.513051e-09), Final residual = (5.4073808e-08 6.3878394e-12 5.0430131e-13), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792855e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3900005e-07 1.7048232e-09 2.4601729e-09), Final residual = (4.0566041e-08 4.6529609e-12 4.8720343e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792852e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.243887e-07 1.7031005e-09 2.4599765e-09), Final residual = (3.4170822e-08 3.9844782e-12 2.1137578e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792842e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.153211e-07 1.702434e-09 2.4592441e-09), Final residual = (3.0744713e-08 3.5984869e-12 1.7248301e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792732e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1670583e-07 1.7020412e-09 2.4600218e-09), Final residual = (2.8508156e-08 3.3394361e-12 1.6136071e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792816e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1278515e-07 1.7017913e-09 2.4597342e-09), Final residual = (2.6960623e-08 3.149765e-12 1.8241994e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792777e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0531374e-07 1.7015885e-09 2.4587152e-09), Final residual = (2.5764416e-08 3.0160169e-12 1.6179441e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.079283e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1096054e-07 1.7014555e-09 2.4598728e-09), Final residual = (2.4802789e-08 2.8763948e-12 1.679933e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792784e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0822598e-07 1.7013181e-09 2.4595758e-09), Final residual = (2.4523249e-08 2.867596e-12 1.4687795e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792778e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0590661e-07 1.7013174e-09 2.4592151e-09), Final residual = (2.433369e-08 2.8442719e-12 1.557983e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792834e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1094659e-07 1.7013019e-09 2.4601358e-09), Final residual = (2.414908e-08 2.811415e-12 1.5752124e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792836e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0765118e-07 1.7012578e-09 2.4595856e-09), Final residual = (2.4084865e-08 2.8089926e-12 1.5653387e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792856e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1074843e-07 1.7012642e-09 2.460141e-09), Final residual = (2.405596e-08 2.81391e-12 1.3584213e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792827e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0882871e-07 1.7012653e-09 2.4597893e-09), Final residual = (2.4150907e-08 2.823537e-12 1.5371148e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792836e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0746005e-07 1.7012713e-09 2.4595501e-09), Final residual = (2.4141468e-08 2.8261263e-12 1.4599163e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792832e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0715862e-07 1.701271e-09 2.4594882e-09), Final residual = (2.4140114e-08 2.8190596e-12 1.4975673e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792847e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.057804e-07 1.7012599e-09 2.4592493e-09), Final residual = (2.4194415e-08 2.8283898e-12 1.5132669e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792826e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0771262e-07 1.7012736e-09 2.4595807e-09), Final residual = (2.4237547e-08 2.8344387e-12 1.6451081e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.079282e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.076947e-07 1.701282e-09 2.4595853e-09), Final residual = (2.4156817e-08 2.8149074e-12 1.640323e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383457 0 0.53873372 water fraction, min, max = 0.014975358 -1.0792848e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000011 COUPLED: not converged within 20 iterations ExecutionTime = 116.83 s ClockTime = 133 s faceSource Qdot output: sum(outlet) of alphaPhi.oil = 1.6649957e-09 sum(outlet) of alphaPhi.water = 0 faceSource p_inlet output: areaAverage(inlet) of p = 1.0136767 Courant Number max: 6.5208774e-05 deltaT = 0.0028484828 Time = 0.017031 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0676087e-07 7.4188935e-07 1.0680414e-06), Final residual = (7.9325152e-08 7.5447705e-12 5.5196454e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2951046e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.3507296e-07 2.0800198e-09 3.0309358e-09), Final residual = (6.0984689e-08 8.6388923e-12 7.1484184e-13), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2949948e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.5590896e-07 2.0462532e-09 2.9536442e-09), Final residual = (4.4716945e-08 6.1391634e-12 6.6794509e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950038e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4014141e-07 2.0437832e-09 2.9537329e-09), Final residual = (3.7338079e-08 5.2177251e-12 3.0134913e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950043e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2633952e-07 2.042863e-09 2.9520423e-09), Final residual = (3.302796e-08 4.6286978e-12 2.2035005e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2949963e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2563655e-07 2.0422654e-09 2.9526917e-09), Final residual = (3.0343565e-08 4.2606105e-12 2.1282756e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2949995e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2133618e-07 2.0418944e-09 2.9523451e-09), Final residual = (2.8288724e-08 3.9726448e-12 1.9426366e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950045e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2126771e-07 2.041604e-09 2.9527314e-09), Final residual = (2.6976292e-08 3.7861205e-12 2.075117e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2949945e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2363295e-07 2.0414182e-09 2.9535062e-09), Final residual = (2.5819604e-08 3.6209233e-12 2.0216618e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950003e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2256306e-07 2.0412451e-09 2.9535061e-09), Final residual = (2.5050038e-08 3.493744e-12 2.2240004e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950015e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1666225e-07 2.0411258e-09 2.9524785e-09), Final residual = (2.4404747e-08 3.3986644e-12 2.0483646e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2949939e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2110678e-07 2.0410284e-09 2.9535069e-09), Final residual = (2.439089e-08 3.4200343e-12 2.1252322e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950038e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1368329e-07 2.0410508e-09 2.951987e-09), Final residual = (2.4041245e-08 3.3683662e-12 1.9976725e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950042e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1424711e-07 2.0410036e-09 2.9521691e-09), Final residual = (2.4091064e-08 3.3777349e-12 2.1848282e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2949958e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1404198e-07 2.0410133e-09 2.9521344e-09), Final residual = (2.3887108e-08 3.338217e-12 2.0680503e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.295001e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1739559e-07 2.0409678e-09 2.9528496e-09), Final residual = (2.4049839e-08 3.3561285e-12 2.3153374e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950021e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1548336e-07 2.0409977e-09 2.9524625e-09), Final residual = (2.3808309e-08 3.3250318e-12 2.0370848e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950021e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.135442e-07 2.0409597e-09 2.9520741e-09), Final residual = (2.3748614e-08 3.3089819e-12 2.0939717e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950035e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1463604e-07 2.0409438e-09 2.9523178e-09), Final residual = (2.376642e-08 3.3160911e-12 2.0920364e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2949943e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1778812e-07 2.0409532e-09 2.9529669e-09), Final residual = (2.3705237e-08 3.3039312e-12 1.9921334e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383451 0 0.53873372 water fraction, min, max = 0.014975421 -1.2950047e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000013 COUPLED: not converged within 20 iterations ExecutionTime = 120.14 s ClockTime = 136 s Courant Number max: 7.8250405e-05 deltaT = 0.0034181771 Time = 0.0204492 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1881101e-07 8.9026143e-07 1.2816446e-06), Final residual = (9.2193591e-08 1.0296333e-11 8.0251409e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5539433e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3592364e-07 2.5049177e-09 3.6587432e-09), Final residual = (6.994167e-08 1.1865935e-11 1.039362e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538141e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.777245e-07 2.4562904e-09 3.5467097e-09), Final residual = (5.0642113e-08 8.288792e-12 1.041473e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5537818e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.5632994e-07 2.4527258e-09 3.5461976e-09), Final residual = (4.1584349e-08 6.9644602e-12 4.1575755e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5537951e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6176227e-07 2.4514035e-09 3.5491603e-09), Final residual = (3.6621975e-08 6.1617948e-12 3.2380666e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538007e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.5378414e-07 2.4506027e-09 3.5483213e-09), Final residual = (3.3160564e-08 5.562412e-12 3.0551119e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5537929e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4820006e-07 2.4500012e-09 3.5477752e-09), Final residual = (3.074221e-08 5.1423999e-12 3.2937356e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5537835e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4809921e-07 2.4495795e-09 3.5483671e-09), Final residual = (2.8996682e-08 4.8552592e-12 3.0862236e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538034e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.485261e-07 2.4493048e-09 3.5489014e-09), Final residual = (2.7791161e-08 4.6432276e-12 3.208865e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5537952e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4461313e-07 2.4491097e-09 3.5482683e-09), Final residual = (2.7011183e-08 4.5293194e-12 3.4674754e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538167e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3653312e-07 2.4489784e-09 3.5464589e-09), Final residual = (2.5910208e-08 4.3450701e-12 3.0991562e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.553817e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3690447e-07 2.4487931e-09 3.5467809e-09), Final residual = (2.5084066e-08 4.1948092e-12 2.9510478e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538118e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4505036e-07 2.4486501e-09 3.5489997e-09), Final residual = (2.4536197e-08 4.0943728e-12 2.8975746e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5537912e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.443149e-07 2.4485499e-09 3.5489518e-09), Final residual = (2.4393289e-08 4.0786594e-12 3.0981446e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538212e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4028967e-07 2.4485358e-09 3.5480115e-09), Final residual = (2.4139999e-08 4.0279007e-12 3.1470809e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538015e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3741874e-07 2.4484629e-09 3.547334e-09), Final residual = (2.3755984e-08 3.9475227e-12 3.1516187e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.553799e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4198893e-07 2.4483893e-09 3.5485704e-09), Final residual = (2.3891352e-08 3.9930881e-12 3.0812182e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538173e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3853353e-07 2.4484287e-09 3.5476659e-09), Final residual = (2.3410212e-08 3.8723656e-12 3.0190197e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5537868e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4514566e-07 2.4483299e-09 3.5494515e-09), Final residual = (2.3619493e-08 3.9167333e-12 3.0843942e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538082e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4469478e-07 2.4483594e-09 3.5492719e-09), Final residual = (2.3760774e-08 3.9733511e-12 3.0157383e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383443 0 0.53873372 water fraction, min, max = 0.014975496 -1.5538033e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000016 COUPLED: not converged within 20 iterations ExecutionTime = 123.64 s ClockTime = 140 s Courant Number max: 9.3900429e-05 deltaT = 0.0041018093 Time = 0.024551 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3989996e-07 1.0683055e-06 1.5379681e-06), Final residual = (6.1483343e-08 1.295482e-11 8.0892669e-13), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8644709e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.3688885e-07 3.012314e-09 4.4307912e-09), Final residual = (7.3592515e-08 1.489521e-11 1.2739448e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642684e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1141105e-07 2.9471722e-09 4.2635061e-09), Final residual = (5.4082137e-08 1.0711978e-11 1.0822139e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.864262e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9806796e-07 2.9429937e-09 4.26514e-09), Final residual = (4.4887618e-08 8.9970291e-12 6.0340582e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642764e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7936226e-07 2.94127e-09 4.2618143e-09), Final residual = (3.9700673e-08 7.9898221e-12 4.9983356e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642818e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8196536e-07 2.9402949e-09 4.2640701e-09), Final residual = (3.5952975e-08 7.2247638e-12 4.8140249e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642705e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8141143e-07 2.9395066e-09 4.2649683e-09), Final residual = (3.3046585e-08 6.6207579e-12 4.6537918e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642707e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7946427e-07 2.9388984e-09 4.2652228e-09), Final residual = (3.1225273e-08 6.2443548e-12 4.8616721e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642771e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8002134e-07 2.9385456e-09 4.2659837e-09), Final residual = (2.9391525e-08 5.8255788e-12 4.8058172e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642835e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7823789e-07 2.9381257e-09 4.2659938e-09), Final residual = (2.8245763e-08 5.6185012e-12 4.5661377e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642903e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7147219e-07 2.9379212e-09 4.2643029e-09), Final residual = (2.7459002e-08 5.488582e-12 4.6072927e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642889e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7438985e-07 2.937806e-09 4.2654278e-09), Final residual = (2.6841863e-08 5.3657583e-12 4.8596787e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642615e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6911763e-07 2.9376684e-09 4.2640522e-09), Final residual = (2.5633979e-08 5.0708352e-12 4.6446364e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642818e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7431711e-07 2.9373663e-09 4.2659202e-09), Final residual = (2.5327523e-08 5.0140215e-12 5.0622436e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642682e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7262265e-07 2.9372986e-09 4.2655329e-09), Final residual = (2.5029307e-08 4.9532952e-12 4.9882889e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642769e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7513801e-07 2.9372518e-09 4.2663795e-09), Final residual = (2.4488368e-08 4.8517051e-12 4.6895607e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642658e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6798597e-07 2.9371469e-09 4.2643818e-09), Final residual = (2.4178345e-08 4.7554084e-12 4.7600698e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642772e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6644703e-07 2.9370472e-09 4.2640172e-09), Final residual = (2.3945925e-08 4.7370959e-12 4.5309225e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642866e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7077435e-07 2.9370397e-09 4.2653633e-09), Final residual = (2.399955e-08 4.7394372e-12 4.659616e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642741e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6150691e-07 2.9370323e-09 4.262594e-09), Final residual = (2.3929863e-08 4.7153615e-12 4.6713114e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383434 0 0.53873372 water fraction, min, max = 0.014975587 -1.8642704e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000019 COUPLED: not converged within 20 iterations ExecutionTime = 126.95 s ClockTime = 143 s Courant Number max: 0.00011268043 deltaT = 0.0049221523 Time = 0.0294731 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6626202e-07 1.2819508e-06 1.8455487e-06), Final residual = (7.0249519e-08 1.7822034e-11 1.2007014e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2370172e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.7382732e-07 3.6316782e-09 5.362402e-09), Final residual = (8.5655647e-08 2.0840494e-11 1.800037e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367391e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4961174e-07 3.5380357e-09 5.1235748e-09), Final residual = (6.2077189e-08 1.474214e-11 1.5187041e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367053e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2588332e-07 3.5319731e-09 5.123264e-09), Final residual = (5.1113899e-08 1.2287313e-11 7.7353604e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367393e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1627509e-07 3.5295955e-09 5.1231092e-09), Final residual = (4.4848596e-08 1.0756088e-11 6.7144658e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2366777e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.0526387e-07 3.528001e-09 5.1212162e-09), Final residual = (4.0625702e-08 9.7824832e-12 6.3182456e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367157e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.973878e-07 3.527058e-09 5.1199168e-09), Final residual = (3.757958e-08 9.0455013e-12 6.2042429e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367064e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.939995e-07 3.5263055e-09 5.1197598e-09), Final residual = (3.5163473e-08 8.4538287e-12 6.4269392e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367329e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9356006e-07 3.5257275e-09 5.120503e-09), Final residual = (3.3242842e-08 7.9700835e-12 6.0868904e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367087e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9946763e-07 3.5252206e-09 5.1232277e-09), Final residual = (3.1302167e-08 7.4385572e-12 6.4417607e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367008e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9384213e-07 3.5247163e-09 5.1219908e-09), Final residual = (3.0571036e-08 7.3225723e-12 6.4330836e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367141e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8946554e-07 3.5245879e-09 5.1206652e-09), Final residual = (2.9044366e-08 6.9418768e-12 5.6953873e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367139e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8784946e-07 3.5241977e-09 5.1205477e-09), Final residual = (2.8034063e-08 6.6725294e-12 6.0088466e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367335e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9304298e-07 3.5239367e-09 5.1228032e-09), Final residual = (2.754978e-08 6.6018395e-12 5.920584e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367008e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8260048e-07 3.5238319e-09 5.1191937e-09), Final residual = (2.6685675e-08 6.3844065e-12 5.8349677e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.236694e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8745459e-07 3.5236241e-09 5.1212392e-09), Final residual = (2.5928702e-08 6.1386267e-12 6.2057176e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367369e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8671108e-07 3.5233936e-09 5.121303e-09), Final residual = (2.5536432e-08 5.9849804e-12 6.9074892e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367169e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9222638e-07 3.5232275e-09 5.1234558e-09), Final residual = (2.5131688e-08 5.9129984e-12 6.3032591e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367192e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8573003e-07 3.5231471e-09 5.1212108e-09), Final residual = (2.4966396e-08 5.9179043e-12 6.1006997e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2366869e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8361942e-07 3.5231427e-09 5.1204879e-09), Final residual = (2.451034e-08 5.7728239e-12 6.3716919e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383423 0 0.53873372 water fraction, min, max = 0.014975695 -2.2367352e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000022 COUPLED: not converged within 20 iterations ExecutionTime = 130.33 s ClockTime = 147 s Courant Number max: 0.00013521601 deltaT = 0.0059065692 Time = 0.0353797 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9215049e-07 1.5383216e-06 2.2146423e-06), Final residual = (8.1489871e-08 2.4861819e-11 1.7497802e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6838606e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0400819e-06 4.3825885e-09 6.5009877e-09), Final residual = (9.9778864e-08 2.9095256e-11 2.5795623e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834648e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.907074e-07 4.2475845e-09 6.1571449e-09), Final residual = (7.1733161e-08 2.0325556e-11 2.5278157e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834503e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.6387945e-07 4.2388977e-09 6.1576937e-09), Final residual = (5.8397078e-08 1.6849161e-11 1.0571589e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834728e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4070171e-07 4.2353917e-09 6.1519576e-09), Final residual = (5.1529409e-08 1.484422e-11 1.049498e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834617e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4206443e-07 4.2333816e-09 6.1554644e-09), Final residual = (4.5878056e-08 1.3223514e-11 8.4093924e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.683454e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3640085e-07 4.231757e-09 6.1552417e-09), Final residual = (4.2536608e-08 1.229602e-11 8.2715782e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834453e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4467337e-07 4.2308354e-09 6.1602056e-09), Final residual = (3.9623772e-08 1.1346601e-11 9.3135474e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834737e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3297644e-07 4.2299352e-09 6.1566175e-09), Final residual = (3.7261519e-08 1.0641885e-11 9.2149788e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834345e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.40205e-07 4.2291676e-09 6.1606167e-09), Final residual = (3.5680584e-08 1.0229184e-11 8.8211768e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.683485e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3025903e-07 4.2287794e-09 6.1570339e-09), Final residual = (3.4101613e-08 9.804222e-12 8.3940714e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834768e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2478305e-07 4.2283767e-09 6.1553522e-09), Final residual = (3.3133495e-08 9.5380078e-12 8.9087281e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834542e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2693215e-07 4.2280955e-09 6.1567176e-09), Final residual = (3.1533803e-08 9.000586e-12 8.4748599e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834546e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.289429e-07 4.2275646e-09 6.1582286e-09), Final residual = (3.0802911e-08 8.7569004e-12 9.3330683e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834742e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1767958e-07 4.2273215e-09 6.1538061e-09), Final residual = (2.9724015e-08 8.4289225e-12 9.113147e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6835011e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1349035e-07 4.2269829e-09 6.1524333e-09), Final residual = (2.9375179e-08 8.400856e-12 9.1099245e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834968e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2254009e-07 4.2269791e-09 6.1564957e-09), Final residual = (2.8293435e-08 8.0830758e-12 8.0457719e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834341e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1542861e-07 4.2266381e-09 6.1537748e-09), Final residual = (2.7591757e-08 7.8597776e-12 7.5392727e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834542e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1405841e-07 4.2264407e-09 6.1534705e-09), Final residual = (2.6943643e-08 7.6090995e-12 8.337252e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834533e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1818079e-07 4.2261549e-09 6.1555444e-09), Final residual = (2.6797665e-08 7.5710749e-12 8.4062889e-13), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1738341 0 0.53873372 water fraction, min, max = 0.014975826 -2.6834332e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000027 COUPLED: not converged within 20 iterations ExecutionTime = 133.98 s ClockTime = 150 s Courant Number max: 0.00016225885 deltaT = 0.0070878636 Time = 0.0424676 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1474508e-07 1.8459589e-06 2.6575425e-06), Final residual = (9.5706084e-08 3.5131213e-11 2.5942958e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2198133e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2500326e-06 5.2948067e-09 7.9010497e-09), Final residual = (6.4201611e-08 2.2556641e-11 8.0168174e-13), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2192969e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7022758e-07 5.0817116e-09 7.3895708e-09), Final residual = (5.6931883e-08 1.9749861e-11 1.2142503e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.219231e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7071816e-07 5.0788694e-09 7.39392e-09), Final residual = (5.2089796e-08 1.8054468e-11 1.2760937e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2193013e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.678029e-07 5.0771796e-09 7.3949769e-09), Final residual = (4.7691286e-08 1.644754e-11 1.2117242e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2192934e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4938194e-07 5.075586e-09 7.3877236e-09), Final residual = (4.4689785e-08 1.5403547e-11 1.1882707e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.219365e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4878678e-07 5.0745944e-09 7.3890028e-09), Final residual = (4.2660871e-08 1.4741309e-11 1.2096895e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2192719e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.5577787e-07 5.0739019e-09 7.3936119e-09), Final residual = (4.0188889e-08 1.3701354e-11 1.2497689e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2192797e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4090186e-07 5.0729065e-09 7.3873473e-09), Final residual = (3.8395656e-08 1.316653e-11 1.1501148e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2193245e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4626903e-07 5.0723467e-09 7.3908851e-09), Final residual = (3.6700357e-08 1.2440798e-11 1.236679e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2192981e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.5273941e-07 5.0715872e-09 7.3951055e-09), Final residual = (3.5888475e-08 1.2320496e-11 1.1309594e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2193152e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4407817e-07 5.0714628e-09 7.3909723e-09), Final residual = (3.4960251e-08 1.1987567e-11 1.1892873e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.219315e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4306295e-07 5.0711486e-09 7.3910094e-09), Final residual = (3.3892721e-08 1.1642384e-11 1.1363925e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2192371e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.5064947e-07 5.0708259e-09 7.3954388e-09), Final residual = (3.3245237e-08 1.1371934e-11 1.2410283e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2192864e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3942301e-07 5.0705391e-09 7.3900823e-09), Final residual = (3.2351796e-08 1.0995847e-11 1.2317026e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2193387e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4177064e-07 5.0701907e-09 7.3917751e-09), Final residual = (3.1586631e-08 1.0763658e-11 1.1683519e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2193066e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4540635e-07 5.0698771e-09 7.3938635e-09), Final residual = (3.0480876e-08 1.0220225e-11 1.2970557e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2192635e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3827092e-07 5.0693362e-09 7.3908788e-09), Final residual = (2.9765196e-08 1.0012203e-11 1.2502672e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2193474e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4333555e-07 5.069128e-09 7.3938049e-09), Final residual = (2.9152532e-08 9.6515718e-12 1.4308483e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2192946e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4909415e-07 5.0688077e-09 7.3973165e-09), Final residual = (2.9123533e-08 9.8848202e-12 1.2528051e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383395 0 0.53873372 water fraction, min, max = 0.014975982 -3.2193122e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000032 COUPLED: not converged within 20 iterations ExecutionTime = 137.32 s ClockTime = 154 s Courant Number max: 0.00019471009 deltaT = 0.0085054082 Time = 0.050973 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3199306e-07 2.2151108e-06 3.1890042e-06), Final residual = (5.3090352e-08 2.2645341e-11 2.8783939e-13), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8628456e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.555299e-06 6.4002429e-09 9.6370882e-09), Final residual = (6.6119805e-08 2.7618774e-11 1.366945e-12), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8619575e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4841579e-07 6.0941976e-09 8.9084689e-09), Final residual = (5.7556326e-08 2.3659464e-11 1.9053995e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8618713e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6828482e-07 6.0900968e-09 8.9263312e-09), Final residual = (5.3592513e-08 2.2092813e-11 2.1721614e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8618848e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5167911e-07 6.088669e-09 8.9190201e-09), Final residual = (4.8926577e-08 2.0038838e-11 1.9025851e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8619757e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.2202384e-07 6.0866734e-09 8.9034114e-09), Final residual = (4.6814635e-08 1.9155578e-11 2.0924227e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8618998e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5698767e-07 6.0856453e-09 8.9262549e-09), Final residual = (4.4681718e-08 1.8253017e-11 2.0140977e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8618253e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5305242e-07 6.0846535e-09 8.9249301e-09), Final residual = (4.312938e-08 1.7585386e-11 2.1479334e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.86195e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3285243e-07 6.0840574e-09 8.9136684e-09), Final residual = (4.1250385e-08 1.6731417e-11 2.0431768e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8618395e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3547993e-07 6.0831858e-09 8.9163268e-09), Final residual = (4.0109696e-08 1.6229036e-11 2.0810991e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8619347e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3274534e-07 6.0827345e-09 8.9154544e-09), Final residual = (3.8929546e-08 1.5845656e-11 2.0627253e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8619425e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.2950204e-07 6.0824302e-09 8.9142804e-09), Final residual = (3.7015449e-08 1.4870277e-11 1.96746e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8618533e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3163767e-07 6.0815573e-09 8.9168183e-09), Final residual = (3.6245372e-08 1.4520919e-11 2.1042286e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.861922e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5697964e-07 6.0809032e-09 8.9326208e-09), Final residual = (3.574933e-08 1.4285753e-11 2.1445373e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8618938e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1684924e-07 6.0807814e-09 8.9083785e-09), Final residual = (3.4572476e-08 1.3757672e-11 1.9859182e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8618244e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0753968e-07 6.0802808e-09 8.9032459e-09), Final residual = (3.3582683e-08 1.3461672e-11 1.8775064e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.861875e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1352104e-07 6.0800028e-09 8.9074504e-09), Final residual = (3.2675493e-08 1.3121608e-11 1.8106089e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8620091e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0052097e-07 6.0795517e-09 8.8997884e-09), Final residual = (3.1976105e-08 1.269643e-11 1.8956498e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8619979e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1387262e-07 6.0791972e-09 8.9086374e-09), Final residual = (3.1268583e-08 1.2241437e-11 2.0938725e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8619965e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3331563e-07 6.0789058e-09 8.9214843e-09), Final residual = (3.0927165e-08 1.211426e-11 2.1084465e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383376 0 0.53873372 water fraction, min, max = 0.01497617 -3.8617904e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000039 COUPLED: not converged within 20 iterations ExecutionTime = 140.92 s ClockTime = 157 s Courant Number max: 0.00023365135 deltaT = 0.010206389 Time = 0.0611794 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.09386e-07 2.6580572e-06 3.8267567e-06), Final residual = (6.1687617e-08 3.1567753e-11 4.490191e-13), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6337487e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8451554e-06 7.7531465e-09 1.1758101e-08), Final residual = (7.8140509e-08 3.9478668e-11 1.4180463e-12), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6324731e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0989801e-07 7.3129637e-09 1.0717237e-08), Final residual = (7.0413585e-08 3.5087977e-11 2.713856e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325506e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1909333e-07 7.308455e-09 1.0730902e-08), Final residual = (6.3536528e-08 3.1588725e-11 2.4852745e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6324964e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7347182e-07 7.3048426e-09 1.0701829e-08), Final residual = (5.8796822e-08 2.8976327e-11 2.6550366e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325063e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6086847e-07 7.3023079e-09 1.0696288e-08), Final residual = (5.460745e-08 2.6612945e-11 2.722406e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325749e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8056307e-07 7.2998997e-09 1.0713926e-08), Final residual = (5.2429265e-08 2.5867783e-11 2.6005995e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325769e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8564125e-07 7.2992791e-09 1.0719353e-08), Final residual = (5.0469061e-08 2.4877013e-11 2.6139918e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325347e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0722422e-07 7.2983522e-09 1.0736886e-08), Final residual = (4.7642781e-08 2.3143112e-11 2.8130068e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6324674e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6794095e-07 7.2964795e-09 1.0709921e-08), Final residual = (4.5920911e-08 2.2461543e-11 2.5118415e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6326597e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5994268e-07 7.2959066e-09 1.0705112e-08), Final residual = (4.4708024e-08 2.1748034e-11 2.6250898e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6324983e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8393845e-07 7.29519e-09 1.0723878e-08), Final residual = (4.3087457e-08 2.0868138e-11 2.5302659e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325679e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7606694e-07 7.2942889e-09 1.0719129e-08), Final residual = (4.1614882e-08 2.0112e-11 2.6924054e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325337e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6857133e-07 7.2933466e-09 1.0714563e-08), Final residual = (4.1505984e-08 2.021461e-11 2.7674861e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325959e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5868425e-07 7.2934475e-09 1.0707399e-08), Final residual = (3.9714149e-08 1.9271226e-11 2.5229686e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325288e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6865013e-07 7.2926544e-09 1.0716082e-08), Final residual = (3.8385276e-08 1.8462253e-11 2.5505426e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6324389e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6237155e-07 7.2919023e-09 1.0712502e-08), Final residual = (3.793751e-08 1.8302073e-11 2.6172991e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6324705e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5930311e-07 7.2915812e-09 1.0710428e-08), Final residual = (3.7397482e-08 1.8041798e-11 2.6356093e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6326616e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7412038e-07 7.2913951e-09 1.0721911e-08), Final residual = (3.6419283e-08 1.7427141e-11 2.5239451e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.63249e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6208819e-07 7.2906487e-09 1.0713425e-08), Final residual = (3.6019826e-08 1.730734e-11 2.526048e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383353 0 0.53873372 water fraction, min, max = 0.014976395 -4.6325167e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000046 COUPLED: not converged within 20 iterations ExecutionTime = 144.37 s ClockTime = 161 s Courant Number max: 0.00028037886 deltaT = 0.012247521 Time = 0.0734269 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7020744e-07 3.1895628e-06 4.5920094e-06), Final residual = (7.4050735e-08 4.5498588e-11 6.2113839e-13), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5582369e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2085409e-06 9.4098862e-09 1.4400494e-08), Final residual = (9.9375457e-08 6.0838739e-11 1.1434646e-12), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5564177e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.68743e-07 8.7794019e-09 1.2879589e-08), Final residual = (8.9960561e-08 5.3753728e-11 3.5965842e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5565807e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.8382173e-07 8.7725901e-09 1.2904127e-08), Final residual = (8.1083864e-08 4.8400357e-11 3.507924e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5563279e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3511933e-07 8.7668191e-09 1.2868089e-08), Final residual = (7.5366805e-08 4.5129831e-11 3.6572347e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5565608e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4289887e-07 8.7637899e-09 1.288057e-08), Final residual = (6.938977e-08 4.1117183e-11 3.6018467e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5563556e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6544621e-07 8.7597758e-09 1.2905814e-08), Final residual = (6.5070043e-08 3.8388002e-11 3.6509335e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5564057e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2771061e-07 8.7570182e-09 1.2876171e-08), Final residual = (6.2000814e-08 3.6752617e-11 3.5606396e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.556397e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4097405e-07 8.7554584e-09 1.2890682e-08), Final residual = (5.9147757e-08 3.490046e-11 3.5595797e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5563487e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.4576688e-07 8.7534581e-09 1.2897238e-08), Final residual = (5.6682694e-08 3.3343507e-11 3.6847654e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5564712e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5492142e-07 8.7520845e-09 1.2907928e-08), Final residual = (5.4385849e-08 3.196645e-11 3.4853668e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5564794e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3403166e-07 8.7505216e-09 1.2890957e-08), Final residual = (5.2370193e-08 3.0705813e-11 3.3715008e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5563033e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2304929e-07 8.7494692e-09 1.2883164e-08), Final residual = (5.0291498e-08 2.9195406e-11 3.5787555e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5565673e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2438704e-07 8.7479201e-09 1.2886348e-08), Final residual = (5.0247896e-08 2.9223753e-11 3.8515811e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5563738e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3740166e-07 8.7479748e-09 1.2898272e-08), Final residual = (4.9496083e-08 2.8679395e-11 4.0036043e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5564635e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2696274e-07 8.7475604e-09 1.2890003e-08), Final residual = (4.7311243e-08 2.7207896e-11 3.9411063e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5563914e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3016411e-07 8.7457876e-09 1.2894319e-08), Final residual = (4.5963827e-08 2.6692875e-11 3.4287558e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5563916e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1244944e-07 8.745314e-09 1.2879308e-08), Final residual = (4.4997986e-08 2.593619e-11 3.789454e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5563437e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1493602e-07 8.7445156e-09 1.2882661e-08), Final residual = (4.469014e-08 2.5768115e-11 3.9768248e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5563755e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2232987e-07 8.7442846e-09 1.2889612e-08), Final residual = (4.3259378e-08 2.4947421e-11 3.5632955e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383326 0 0.53873372 water fraction, min, max = 0.014976665 -5.5565702e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000056 COUPLED: not converged within 20 iterations ExecutionTime = 147.69 s ClockTime = 164 s Courant Number max: 0.00033645064 deltaT = 0.014696815 Time = 0.0881237 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1868003e-07 3.8273191e-06 5.5102411e-06), Final residual = (9.1341373e-08 6.7331016e-11 9.0970523e-13), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6665636e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.6456103e-06 1.1446466e-08 1.7698304e-08), Final residual = (8.9057109e-08 6.5118805e-11 2.7885873e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6642848e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.0730235e-07 1.0513998e-08 1.5595956e-08), Final residual = (8.197939e-08 5.8235088e-11 5.5707735e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6639116e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.0861421e-07 1.0506959e-08 1.5607447e-08), Final residual = (7.7688914e-08 5.4900648e-11 5.970986e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6641676e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1263034e-07 1.0503677e-08 1.5616828e-08), Final residual = (7.4426125e-08 5.2980468e-11 5.7302492e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.663823e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.5042574e-07 1.0502186e-08 1.5554365e-08), Final residual = (7.0507743e-08 4.8918716e-11 6.7086248e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6635639e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.109663e-07 1.0497892e-08 1.5623649e-08), Final residual = (6.7854171e-08 4.7222122e-11 6.0538834e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6642436e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1027548e-07 1.0496515e-08 1.5625554e-08), Final residual = (6.4836279e-08 4.4716687e-11 5.8246597e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6639785e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.861884e-07 1.0493535e-08 1.5602184e-08), Final residual = (6.3670644e-08 4.3924923e-11 6.3727242e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6639996e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.0067678e-07 1.0492886e-08 1.5619636e-08), Final residual = (6.1218418e-08 4.2002035e-11 5.9371016e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6640402e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.980872e-07 1.0490868e-08 1.5618911e-08), Final residual = (5.9872853e-08 4.1122264e-11 6.0962786e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6639604e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.9870624e-07 1.0490238e-08 1.5621519e-08), Final residual = (5.859731e-08 4.0785948e-11 5.5507017e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6640947e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.7193682e-07 1.0489864e-08 1.5593798e-08), Final residual = (5.7735714e-08 4.0044942e-11 5.7898079e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6640489e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.6723175e-07 1.0489192e-08 1.5590039e-08), Final residual = (5.7000448e-08 3.95246e-11 5.9649998e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6640555e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.6039282e-07 1.0488486e-08 1.5583415e-08), Final residual = (5.4539073e-08 3.6992089e-11 6.1956373e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6639406e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.8909347e-07 1.0485986e-08 1.5616846e-08), Final residual = (5.4184603e-08 3.741742e-11 6.0039121e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6640371e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4991577e-07 1.0486399e-08 1.5575373e-08), Final residual = (5.3331069e-08 3.6554571e-11 5.8920878e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6640265e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.6198213e-07 1.0485746e-08 1.5589288e-08), Final residual = (5.2133486e-08 3.5354212e-11 6.0606513e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.6640978e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.9720308e-07 1.0483977e-08 1.5627435e-08), Final residual = (5.186304e-08 3.545477e-11 5.9800243e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.663829e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4513651e-07 1.0484605e-08 1.5572943e-08), Final residual = (5.1776888e-08 3.5518765e-11 6.0252621e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383294 0 0.53873372 water fraction, min, max = 0.014976989 -6.664048e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000067 COUPLED: not converged within 20 iterations ExecutionTime = 151.06 s ClockTime = 167 s faceSource Qdot output: sum(outlet) of alphaPhi.oil = 1.6649966e-09 sum(outlet) of alphaPhi.water = 0 faceSource p_inlet output: areaAverage(inlet) of p = 1.013684 Courant Number max: 0.00040373501 deltaT = 0.017636178 Time = 0.10576 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4040391e-07 4.5926322e-06 6.6122401e-06), Final residual = (7.8954396e-08 6.9388574e-11 1.9749289e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9955687e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1744799e-06 1.3936268e-08 2.1875913e-08), Final residual = (7.9148508e-08 6.9883797e-11 6.0703492e-13), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9915251e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5361556e-07 1.2589644e-08 1.8756903e-08), Final residual = (8.0780689e-08 6.7682472e-11 7.1881442e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9915459e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3712648e-07 1.2586794e-08 1.8739309e-08), Final residual = (7.6941394e-08 6.4000309e-11 8.1681466e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9914471e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3701008e-07 1.2583509e-08 1.8745649e-08), Final residual = (7.237812e-08 6.0223126e-11 7.4946688e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9915239e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.8346842e-07 1.2579808e-08 1.8810291e-08), Final residual = (6.9751437e-08 5.7500502e-11 8.6200806e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9916569e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5343756e-07 1.2577146e-08 1.8776427e-08), Final residual = (6.727932e-08 5.5354184e-11 8.2662305e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9916335e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.7027563e-07 1.2574885e-08 1.8800631e-08), Final residual = (6.4740424e-08 5.3020488e-11 8.1090707e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.991934e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.705496e-07 1.2572517e-08 1.8804018e-08), Final residual = (6.4369533e-08 5.2687844e-11 8.5115985e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9917994e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.715733e-07 1.2572237e-08 1.8806321e-08), Final residual = (6.1254608e-08 5.021383e-11 7.5793413e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9914692e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.4483124e-07 1.2570022e-08 1.8775523e-08), Final residual = (6.0896971e-08 4.9591214e-11 8.591568e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9915581e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6988875e-07 1.2569393e-08 1.8809015e-08), Final residual = (6.1082908e-08 4.9840292e-11 8.3740283e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.991206e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6676078e-07 1.2569394e-08 1.880423e-08), Final residual = (5.8479981e-08 4.7504189e-11 7.9415075e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9913445e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5429827e-07 1.25667e-08 1.8790668e-08), Final residual = (5.5611299e-08 4.4939857e-11 7.7044179e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9912989e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.2154548e-07 1.25641e-08 1.8752151e-08), Final residual = (5.5217229e-08 4.4560575e-11 8.310453e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.991416e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3828642e-07 1.2563727e-08 1.8774693e-08), Final residual = (5.5665448e-08 4.5294658e-11 7.930078e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9916789e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3277149e-07 1.2564909e-08 1.8767357e-08), Final residual = (5.3912143e-08 4.315183e-11 8.3289188e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9909153e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5988319e-07 1.25624e-08 1.8804027e-08), Final residual = (5.4170018e-08 4.4033963e-11 7.9107745e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9913929e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1714537e-07 1.2563328e-08 1.8748826e-08), Final residual = (5.244688e-08 4.260923e-11 7.4297399e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9917385e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.4287265e-07 1.2562421e-08 1.878414e-08), Final residual = (5.3117339e-08 4.2963973e-11 8.338738e-12), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383255 0 0.53873372 water fraction, min, max = 0.014977378 -7.9916125e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.000008 COUPLED: not converged within 20 iterations ExecutionTime = 154.54 s ClockTime = 171 s Courant Number max: 0.00048448201 deltaT = 0.02116324 Time = 0.126923 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.2399775e-07 5.5108816e-06 7.9344678e-06), Final residual = (8.5683316e-08 9.0717079e-11 2.5963792e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5871371e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8457871e-06 1.7028199e-08 2.7205779e-08), Final residual = (9.1493642e-08 9.5241313e-11 3.8165465e-12), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.582739e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.2289171e-07 1.5091047e-08 2.2711512e-08), Final residual = (9.2853586e-08 9.121961e-11 1.3558952e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.58217e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.9856017e-07 1.5086723e-08 2.2681393e-08), Final residual = (8.783e-08 8.7395351e-11 1.1463494e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5821958e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.7574954e-07 1.5083388e-08 2.2806146e-08), Final residual = (8.5282088e-08 8.4141144e-11 1.2876605e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5825863e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.8698926e-07 1.5079546e-08 2.2674534e-08), Final residual = (8.2691429e-08 8.0860844e-11 1.4396941e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5819555e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.4393879e-07 1.5076235e-08 2.2767334e-08), Final residual = (7.9902901e-08 7.8046526e-11 1.2692074e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5816895e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.2157537e-07 1.5073374e-08 2.2735503e-08), Final residual = (7.8440941e-08 7.7266818e-11 1.2539777e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5819811e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.2117286e-07 1.507308e-08 2.2737648e-08), Final residual = (7.6081605e-08 7.4160791e-11 1.3565098e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5821837e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.9382604e-07 1.5069941e-08 2.2700349e-08), Final residual = (7.4393816e-08 7.352546e-11 1.1541689e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5825538e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.9695595e-07 1.5068843e-08 2.2705109e-08), Final residual = (7.1799283e-08 7.0442807e-11 1.2236442e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5819875e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.3988161e-07 1.5066467e-08 2.2776581e-08), Final residual = (7.2404518e-08 7.0674385e-11 1.2825129e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5818191e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.1660936e-07 1.5065373e-08 2.2738625e-08), Final residual = (7.03736e-08 6.7971327e-11 1.3140853e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.582299e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.2969523e-07 1.5064263e-08 2.2764431e-08), Final residual = (6.8931899e-08 6.6724635e-11 1.2675855e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5819508e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.4576451e-07 1.5061922e-08 2.2789298e-08), Final residual = (6.9213951e-08 6.6724033e-11 1.302144e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5818819e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.0485695e-07 1.5061965e-08 2.272647e-08), Final residual = (6.7185511e-08 6.4324837e-11 1.3140475e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5821764e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.7809873e-07 1.5059718e-08 2.2688883e-08), Final residual = (6.6037652e-08 6.3498619e-11 1.2675318e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5831527e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.8244463e-07 1.5059724e-08 2.26981e-08), Final residual = (6.488739e-08 6.1759234e-11 1.3930364e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5825796e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.8536691e-07 1.5056874e-08 2.2703952e-08), Final residual = (6.3115769e-08 6.0837038e-11 1.2079135e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5827062e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.7074504e-07 1.5056808e-08 2.2683561e-08), Final residual = (6.1545359e-08 5.9105378e-11 1.2264121e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383208 0 0.53873372 water fraction, min, max = 0.014977844 -9.5813798e-06 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000096 COUPLED: not converged within 20 iterations ExecutionTime = 157.87 s ClockTime = 174 s Courant Number max: 0.00058137361 deltaT = 0.025395136 Time = 0.152318 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.6296351e-07 6.6125086e-06 9.5209082e-06), Final residual = (1.0644313e-07 1.3493126e-10 4.3011637e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1494971e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5922579e-06 2.0886449e-08 3.3893935e-08), Final residual = (7.9519062e-08 1.0134735e-10 1.5268746e-12), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487154e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.5237075e-07 1.8055982e-08 2.7452557e-08), Final residual = (8.8381955e-08 1.0414855e-10 1.5584505e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1488017e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.7203913e-07 1.8057493e-08 2.7484838e-08), Final residual = (8.538231e-08 9.8810404e-11 1.8253534e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487195e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.3194481e-07 1.8052244e-08 2.7419448e-08), Final residual = (8.3162993e-08 9.6453279e-11 1.7993418e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1486006e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.7270826e-07 1.8050857e-08 2.7499538e-08), Final residual = (8.0048189e-08 9.3590083e-11 1.6387035e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487903e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.9883056e-07 1.8047975e-08 2.755191e-08), Final residual = (7.8835169e-08 9.1267822e-11 1.7297283e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487704e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0079219e-06 1.804532e-08 2.7571315e-08), Final residual = (7.928662e-08 9.1277969e-11 1.8268943e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1486536e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.8496136e-07 1.8045372e-08 2.7529164e-08), Final residual = (7.8137319e-08 8.9493661e-11 1.9342203e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487391e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.6084024e-07 1.8043388e-08 2.7487676e-08), Final residual = (7.7058474e-08 8.9818867e-11 1.6785824e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487808e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.7749081e-07 1.804428e-08 2.7518607e-08), Final residual = (7.5597678e-08 8.7444726e-11 1.7632974e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487414e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.924344e-07 1.8041805e-08 2.7549473e-08), Final residual = (7.4014871e-08 8.509691e-11 1.7687855e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487515e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.3892673e-07 1.8038664e-08 2.7452785e-08), Final residual = (7.3002228e-08 8.3265468e-11 1.906365e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487276e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.7991282e-07 1.803682e-08 2.753157e-08), Final residual = (7.312774e-08 8.261883e-11 2.0287359e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487541e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.5537107e-07 1.8036606e-08 2.7487974e-08), Final residual = (7.1708258e-08 8.1733038e-11 1.8603869e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487886e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0101005e-06 1.8036115e-08 2.7590094e-08), Final residual = (6.9149612e-08 7.8309169e-11 1.7920406e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1486921e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.2977138e-07 1.8032181e-08 2.7445628e-08), Final residual = (6.8123394e-08 7.7124142e-11 1.8074666e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1488116e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.6177381e-07 1.803071e-08 2.750609e-08), Final residual = (6.9612858e-08 7.9098954e-11 1.8626316e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487402e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.7797965e-07 1.8034209e-08 2.7536002e-08), Final residual = (6.6694981e-08 7.6223436e-11 1.6558295e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487589e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.7497021e-07 1.8030616e-08 2.7532668e-08), Final residual = (6.5889129e-08 7.3256124e-11 1.9411835e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383152 0 0.53873372 water fraction, min, max = 0.014978404 -1.1487397e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000115 COUPLED: not converged within 20 iterations ExecutionTime = 161.27 s ClockTime = 178 s Courant Number max: 0.0006976276 deltaT = 0.03047308 Time = 0.182791 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.0716176e-07 7.9341887e-06 1.1424413e-05), Final residual = (1.1514616e-07 1.7615029e-10 5.1763662e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3779528e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.5212079e-06 2.5694263e-08 4.2572356e-08), Final residual = (9.9240685e-08 1.4919952e-10 6.9741419e-12), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768338e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1608582e-06 2.1634766e-08 3.3278775e-08), Final residual = (8.5955135e-08 1.2942641e-10 4.6796998e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768816e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1205699e-06 2.161436e-08 3.3215801e-08), Final residual = (9.5018364e-08 1.3203601e-10 2.4004313e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768931e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1813616e-06 2.1618768e-08 3.3352016e-08), Final residual = (9.2989054e-08 1.2802127e-10 2.5576097e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768851e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1424303e-06 2.1613799e-08 3.3270619e-08), Final residual = (9.0155358e-08 1.2210882e-10 2.7450335e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768439e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0784711e-06 2.1608222e-08 3.3138036e-08), Final residual = (9.0705501e-08 1.2385182e-10 2.8230865e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3769469e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1587096e-06 2.1612578e-08 3.3318491e-08), Final residual = (8.6664127e-08 1.1919201e-10 2.4431358e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768512e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1212388e-06 2.1606165e-08 3.3238527e-08), Final residual = (8.7537691e-08 1.2193524e-10 2.4879519e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3767821e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1431042e-06 2.1608428e-08 3.3284606e-08), Final residual = (8.4528071e-08 1.1603302e-10 2.5008547e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.376985e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1462788e-06 2.1601999e-08 3.3297703e-08), Final residual = (8.4311082e-08 1.1668729e-10 2.4102518e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.37677e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1100083e-06 2.160259e-08 3.3217008e-08), Final residual = (8.186838e-08 1.1075106e-10 2.5896639e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768998e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1802395e-06 2.159843e-08 3.3381854e-08), Final residual = (8.2271827e-08 1.1165851e-10 2.6076962e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3767447e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0961904e-06 2.1597542e-08 3.3192897e-08), Final residual = (7.9502738e-08 1.0676408e-10 2.667967e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768838e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0996155e-06 2.1592543e-08 3.3206988e-08), Final residual = (7.9463711e-08 1.0934635e-10 2.3474481e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3770105e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1546586e-06 2.1596244e-08 3.3327048e-08), Final residual = (7.9541662e-08 1.0836097e-10 2.4841959e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768242e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0983482e-06 2.1593824e-08 3.3201815e-08), Final residual = (7.5689499e-08 1.0230295e-10 2.4455456e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768627e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.120561e-06 2.1587273e-08 3.3258344e-08), Final residual = (7.6536861e-08 1.0207602e-10 2.7102289e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3767527e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1438606e-06 2.1588733e-08 3.3313005e-08), Final residual = (7.8955815e-08 1.0791572e-10 2.5576862e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3768216e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1138037e-06 2.1594334e-08 3.3239508e-08), Final residual = (7.7885705e-08 1.0555209e-10 2.6785046e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383085 0 0.53873372 water fraction, min, max = 0.014979076 -1.3769657e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000138 COUPLED: not converged within 20 iterations ExecutionTime = 164.76 s ClockTime = 181 s Courant Number max: 0.00083712326 deltaT = 0.036566657 Time = 0.219358 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0946763e-06 9.5199474e-06 1.3708535e-05), Final residual = (1.4111201e-07 2.5816807e-10 8.8846691e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6514474e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5595851e-06 3.1765926e-08 5.359323e-08), Final residual = (8.697571e-08 1.5763337e-10 3.788031e-12), No Iterations 10 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499733e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2716864e-06 2.5857183e-08 4.0136536e-08), Final residual = (8.0459254e-08 1.4585584e-10 4.6274002e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.649956e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3090231e-06 2.5845562e-08 4.0253354e-08), Final residual = (9.8646399e-08 1.6266497e-10 3.4631876e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6500037e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3387807e-06 2.5861639e-08 4.0312975e-08), Final residual = (9.8373296e-08 1.6316117e-10 3.3604337e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6498267e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3583204e-06 2.5863204e-08 4.0366072e-08), Final residual = (9.7139837e-08 1.5979573e-10 3.5481446e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499433e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3076357e-06 2.5858489e-08 4.0235121e-08), Final residual = (9.4804325e-08 1.5564812e-10 3.4754859e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499841e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.4222071e-06 2.5855351e-08 4.0545596e-08), Final residual = (9.4463343e-08 1.5372654e-10 3.7316713e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499713e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2917485e-06 2.5853838e-08 4.0203978e-08), Final residual = (9.0575871e-08 1.4779613e-10 3.3767019e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.649899e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3699312e-06 2.5846697e-08 4.0416223e-08), Final residual = (8.8651878e-08 1.4473417e-10 3.2684037e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.65004e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2922514e-06 2.5845843e-08 4.0217438e-08), Final residual = (8.9175089e-08 1.4356754e-10 3.6565844e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6498606e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.287988e-06 2.5843482e-08 4.0206794e-08), Final residual = (8.6639436e-08 1.3994835e-10 3.4118204e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499486e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3194755e-06 2.5838675e-08 4.0292542e-08), Final residual = (8.5736307e-08 1.3725309e-10 3.5771761e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.649879e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3377854e-06 2.5836173e-08 4.0345783e-08), Final residual = (8.4532686e-08 1.3703839e-10 3.3689821e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6498708e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3296758e-06 2.5837031e-08 4.0327073e-08), Final residual = (8.2244993e-08 1.3334357e-10 3.2333081e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499946e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3085839e-06 2.5832761e-08 4.0274749e-08), Final residual = (8.1899716e-08 1.3248502e-10 3.3362795e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499111e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3357623e-06 2.5831589e-08 4.0348115e-08), Final residual = (8.35245e-08 1.3398275e-10 3.6059934e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6498815e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2893068e-06 2.5833625e-08 4.0224535e-08), Final residual = (8.1440905e-08 1.3028003e-10 3.4586306e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499525e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.257709e-06 2.5829522e-08 4.0144106e-08), Final residual = (7.9988811e-08 1.2906045e-10 3.258388e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499569e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3429754e-06 2.5828623e-08 4.037255e-08), Final residual = (7.8380457e-08 1.268667e-10 3.2255843e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17383005 0 0.53873372 water fraction, min, max = 0.014979883 -1.6499276e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000165 COUPLED: not converged within 20 iterations ExecutionTime = 168.22 s ClockTime = 185 s Courant Number max: 0.0010045191 deltaT = 0.043878492 Time = 0.263236 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2682895e-06 1.1422296e-05 1.6449013e-05), Final residual = (1.5821338e-07 3.4899212e-10 1.1749163e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9788585e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.9140853e-06 3.9440554e-08 6.8309757e-08), Final residual = (9.6411811e-08 2.1180447e-10 1.9576381e-12), No Iterations 8 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9763229e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.673417e-06 3.0928418e-08 4.9232458e-08), Final residual = (8.9453329e-08 1.9455843e-10 5.5237963e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9766824e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6853696e-06 3.0912925e-08 4.9297735e-08), Final residual = (8.3493526e-08 1.8172292e-10 5.1575662e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9765818e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6496515e-06 3.0902685e-08 4.9206458e-08), Final residual = (7.9733033e-08 1.7306802e-10 5.4215179e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.976455e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.608808e-06 3.0888421e-08 4.90807e-08), Final residual = (7.5769392e-08 1.6514e-10 4.0051835e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9766908e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6599618e-06 3.0885091e-08 4.9261377e-08), Final residual = (7.2322999e-08 1.5761287e-10 4.5514223e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9766095e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6387811e-06 3.0873827e-08 4.9199877e-08), Final residual = (9.3346401e-08 1.8069211e-10 4.6434514e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9763785e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7084099e-06 3.0896946e-08 4.9396664e-08), Final residual = (9.7605971e-08 1.8602262e-10 5.2549083e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9765347e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6151782e-06 3.0902542e-08 4.9092905e-08), Final residual = (9.6937385e-08 1.8501296e-10 5.1344393e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9766122e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6787732e-06 3.0905097e-08 4.9301518e-08), Final residual = (9.3807489e-08 1.7779054e-10 5.3241511e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9765054e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6486313e-06 3.0895375e-08 4.9213352e-08), Final residual = (9.2126587e-08 1.772387e-10 4.7176392e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9764829e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6690654e-06 3.0896152e-08 4.9279894e-08), Final residual = (9.6094094e-08 1.8484341e-10 5.2804219e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9767154e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6277127e-06 3.090585e-08 4.9144573e-08), Final residual = (9.7163381e-08 1.8320305e-10 5.5032936e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9768576e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6451023e-06 3.0901993e-08 4.9195381e-08), Final residual = (9.4252434e-08 1.8016169e-10 5.1129398e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9763492e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7428939e-06 3.0894614e-08 4.9505193e-08), Final residual = (9.157765e-08 1.7363661e-10 5.0252635e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9766666e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6120439e-06 3.0891598e-08 4.9102222e-08), Final residual = (9.243558e-08 1.7431765e-10 5.3315892e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9764117e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.59457e-06 3.0895004e-08 4.9050537e-08), Final residual = (9.0269904e-08 1.7106049e-10 5.2094568e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9763031e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6409703e-06 3.0888335e-08 4.9198894e-08), Final residual = (8.6465275e-08 1.6380901e-10 4.8566186e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9766323e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.7463322e-06 3.0882421e-08 4.9544492e-08), Final residual = (8.6808041e-08 1.623409e-10 5.3241968e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382908 0 0.53873372 water fraction, min, max = 0.01498085 -1.9767044e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000198 COUPLED: not converged within 20 iterations ExecutionTime = 172.15 s ClockTime = 188 s Courant Number max: 0.0012053814 deltaT = 0.052650958 Time = 0.315887 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6644063e-06 1.3703963e-05 1.9737346e-05), Final residual = (1.905439e-07 5.0339093e-10 1.6817671e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3700536e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.5432762e-06 4.9257106e-08 8.7722883e-08), Final residual = (9.5429099e-08 2.5183935e-10 1.7212104e-12), No Iterations 11 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3671557e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9655118e-06 3.6935409e-08 5.9943779e-08), Final residual = (9.3107414e-08 2.4291011e-10 7.9660159e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.367288e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9076687e-06 3.6928898e-08 5.9739855e-08), Final residual = (8.5600255e-08 2.2340035e-10 7.0292444e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3671119e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9059662e-06 3.6905693e-08 5.9755632e-08), Final residual = (8.12397e-08 2.1365071e-10 5.6313339e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3670469e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9166031e-06 3.6898249e-08 5.9814857e-08), Final residual = (7.9459823e-08 2.0668839e-10 7.0033803e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3673718e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9145112e-06 3.6890242e-08 5.9813867e-08), Final residual = (7.4855715e-08 1.9580033e-10 6.2908136e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3669274e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.918926e-06 3.6882191e-08 5.9851373e-08), Final residual = (7.2310641e-08 1.8907066e-10 4.9827624e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3667238e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9364542e-06 3.6876453e-08 5.9928411e-08), Final residual = (7.0059058e-08 1.8440768e-10 5.0373675e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3672614e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.903846e-06 3.6868726e-08 5.9807849e-08), Final residual = (6.7619073e-08 1.7618677e-10 6.0364524e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3668309e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8883315e-06 3.6865281e-08 5.9765994e-08), Final residual = (6.6028773e-08 1.7218582e-10 5.8362254e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3671234e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8580103e-06 3.6856935e-08 5.9649951e-08), Final residual = (9.8680388e-08 2.2396592e-10 6.8505112e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.367227e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9184983e-06 3.6909066e-08 5.9819236e-08), Final residual = (9.9245089e-08 2.2469658e-10 7.0102865e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3667122e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9235533e-06 3.6908535e-08 5.9836708e-08), Final residual = (9.9313605e-08 2.1960503e-10 7.5143203e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3670545e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9580561e-06 3.6904412e-08 5.9974421e-08), Final residual = (9.5526214e-08 2.1415562e-10 7.1347351e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.366902e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9443003e-06 3.6900993e-08 5.9934976e-08), Final residual = (9.5670495e-08 2.1287891e-10 7.3541268e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3669329e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9177272e-06 3.6895938e-08 5.9829724e-08), Final residual = (9.707807e-08 2.158847e-10 7.5803597e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3670608e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8241719e-06 3.6901285e-08 5.9472367e-08), Final residual = (9.5800182e-08 2.1041474e-10 7.3658787e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3667341e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9090677e-06 3.6893628e-08 5.9796559e-08), Final residual = (9.2907374e-08 2.0250323e-10 7.6317864e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3666338e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9255992e-06 3.6886745e-08 5.9875009e-08), Final residual = (9.1012468e-08 2.0229516e-10 6.743964e-11), No Iterations 1 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382792 0 0.53873372 water fraction, min, max = 0.014982011 -2.3669887e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000237 COUPLED: not converged within 20 iterations ExecutionTime = 176.03 s ClockTime = 192 s Courant Number max: 0.0014463682 deltaT = 0.063176496 Time = 0.379064 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.8711152e-06 1.6440484e-05 2.3681457e-05), Final residual = (2.250333e-07 7.1377304e-10 2.527203e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8385481e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000284 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1604112e-05 6.1878393e-08 1.140682e-07), Final residual = (1.007175e-07 3.150096e-10 8.5565685e-12), No Iterations 10 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8333691e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.495041e-06 4.4086934e-08 7.3984513e-08), Final residual = (9.704026e-08 3.0471558e-10 7.7630068e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8330973e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4393063e-06 4.4070555e-08 7.3734633e-08), Final residual = (9.2818389e-08 2.906023e-10 1.1081575e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8335546e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4929115e-06 4.4058332e-08 7.4004925e-08), Final residual = (8.7942955e-08 2.7626092e-10 9.9194726e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8336154e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2552491e-06 4.4046579e-08 7.2940954e-08), Final residual = (8.4267944e-08 2.6463923e-10 9.5756482e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8336752e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.6772845e-06 4.4031987e-08 7.4886141e-08), Final residual = (8.2562873e-08 2.5664813e-10 1.0877841e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8333793e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.388506e-06 4.4029049e-08 7.3580451e-08), Final residual = (7.8439899e-08 2.4576301e-10 7.7175131e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8339994e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3848103e-06 4.4013192e-08 7.357202e-08), Final residual = (7.6528937e-08 2.3881394e-10 9.615846e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8330515e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3994226e-06 4.4005201e-08 7.3647872e-08), Final residual = (7.3922651e-08 2.3261813e-10 8.6852052e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8333616e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3882902e-06 4.3997746e-08 7.3605502e-08), Final residual = (7.3113446e-08 2.2695985e-10 1.0121837e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8333839e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2472701e-06 4.399252e-08 7.2966069e-08), Final residual = (7.1273038e-08 2.2206922e-10 9.1525048e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8331952e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4148408e-06 4.3988476e-08 7.3742161e-08), Final residual = (6.888329e-08 2.1463677e-10 9.2500677e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8335036e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3818301e-06 4.3979873e-08 7.3600327e-08), Final residual = (6.7848014e-08 2.1099156e-10 8.7107654e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8330117e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3960716e-06 4.3980895e-08 7.3676909e-08), Final residual = (6.6951428e-08 2.077354e-10 9.0999467e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8334852e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3508634e-06 4.3974473e-08 7.3469719e-08), Final residual = (6.5140402e-08 2.0216436e-10 9.4717523e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8331082e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3721227e-06 4.3971191e-08 7.3578891e-08), Final residual = (6.4000757e-08 2.0037543e-10 7.6844157e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8331581e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3788255e-06 4.3970957e-08 7.3614972e-08), Final residual = (6.2535905e-08 1.9499178e-10 8.2403825e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.833228e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2646279e-06 4.3958203e-08 7.3088697e-08), Final residual = (6.1908121e-08 1.9368587e-10 7.9929404e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.833536e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3761353e-06 4.3961573e-08 7.3608672e-08), Final residual = (6.1772444e-08 1.9198575e-10 9.6589504e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382652 0 0.53873372 water fraction, min, max = 0.014983404 -2.8335191e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000283 COUPLED: not converged within 20 iterations ExecutionTime = 179.8 s ClockTime = 196 s Courant Number max: 0.001735513 deltaT = 0.075808445 Time = 0.454872 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4146234e-06 1.9722977e-05 2.8415973e-05), Final residual = (2.6538893e-07 1.0099959e-09 3.5138582e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3975625e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000034 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.3703196e-05 7.825735e-08 1.4758275e-07), Final residual = (1.1256082e-07 4.2646443e-10 6.3124526e-12), No Iterations 10 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3899487e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3757728e-06 5.2577357e-08 8.7522001e-08), Final residual = (8.8764761e-08 3.3649311e-10 3.8986661e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3904732e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.189839e-06 5.2495924e-08 8.6636952e-08), Final residual = (8.6008341e-08 3.2580349e-10 7.7601075e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3898809e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2724161e-06 5.248081e-08 8.7102368e-08), Final residual = (8.5161243e-08 3.2234732e-10 1.0070765e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.389928e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.308744e-06 5.2469939e-08 8.7297932e-08), Final residual = (8.3339686e-08 3.1130432e-10 1.2587338e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3900969e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2621371e-06 5.2465951e-08 8.7064986e-08), Final residual = (8.2147858e-08 3.0670623e-10 1.2733017e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3895598e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3329391e-06 5.2464892e-08 8.7465629e-08), Final residual = (8.0077912e-08 2.9936699e-10 1.2050103e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3899877e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1863848e-06 5.2450177e-08 8.66603e-08), Final residual = (7.6532381e-08 2.8730696e-10 9.1520634e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3900692e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2346168e-06 5.2441942e-08 8.6947296e-08), Final residual = (7.5527327e-08 2.8442415e-10 9.8564057e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3905459e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4060062e-06 5.2434908e-08 8.7889252e-08), Final residual = (7.483924e-08 2.8025024e-10 9.5684625e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.390466e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2126454e-06 5.2432328e-08 8.6833165e-08), Final residual = (7.3497638e-08 2.7499603e-10 9.8726479e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.390011e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.1642491e-06 5.24326e-08 8.6582922e-08), Final residual = (7.2467772e-08 2.714226e-10 1.0310478e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3906392e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3673841e-06 5.2428356e-08 8.7704074e-08), Final residual = (7.1552464e-08 2.6864401e-10 9.1452001e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3892955e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.262471e-06 5.2417392e-08 8.7119967e-08), Final residual = (6.9760658e-08 2.628766e-10 1.0612056e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3903343e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2224566e-06 5.2413385e-08 8.6912622e-08), Final residual = (6.9335466e-08 2.601393e-10 1.1473128e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3898143e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2933733e-06 5.2406724e-08 8.7300057e-08), Final residual = (6.7445645e-08 2.5184114e-10 1.0777007e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3903399e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2496907e-06 5.2403507e-08 8.7077458e-08), Final residual = (6.5477903e-08 2.4593442e-10 9.338201e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3903965e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2489717e-06 5.2397581e-08 8.7082971e-08), Final residual = (6.4267492e-08 2.4208272e-10 8.4949124e-12), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3898251e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3798733e-06 5.2395471e-08 8.7811063e-08), Final residual = (6.4899473e-08 2.4056787e-10 1.2573468e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382485 0 0.53873372 water fraction, min, max = 0.014985076 -3.3901962e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000339 COUPLED: not converged within 20 iterations ExecutionTime = 183.57 s ClockTime = 200 s Courant Number max: 0.0020825223 deltaT = 0.090966917 Time = 0.545839 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.261736e-06 2.3659276e-05 3.4091689e-05), Final residual = (3.1776977e-07 1.4543764e-09 4.7010967e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0636176e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.6594098e-05 9.9694561e-08 1.9503738e-07), Final residual = (1.5598753e-07 7.06668e-10 1.1332273e-11), No Iterations 10 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0556442e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1881688e-06 6.2766737e-08 1.0937346e-07), Final residual = (9.7319631e-08 4.4559597e-10 1.7992067e-13), No Iterations 12 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0541935e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000405 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1759398e-06 6.2506407e-08 1.0965015e-07), Final residual = (7.8639365e-08 3.5636017e-10 6.1131641e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0563359e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9149269e-06 6.2418147e-08 1.0805803e-07), Final residual = (8.4689379e-08 3.8074906e-10 1.6426925e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0560553e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0030775e-06 6.2426239e-08 1.0858742e-07), Final residual = (8.4483988e-08 3.8396232e-10 1.4340871e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0552189e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1546706e-06 6.2428757e-08 1.095854e-07), Final residual = (8.2495839e-08 3.7166013e-10 1.7652513e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0552344e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1022075e-06 6.2422746e-08 1.0926402e-07), Final residual = (7.7449471e-08 3.4543774e-10 1.7261507e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0558769e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9841621e-06 6.2416042e-08 1.0854785e-07), Final residual = (7.4659237e-08 3.3367385e-10 1.6554841e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0557497e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.016735e-06 6.2382863e-08 1.0875007e-07), Final residual = (7.3367259e-08 3.2954892e-10 1.4678824e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0571896e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0634498e-06 6.2394629e-08 1.0908733e-07), Final residual = (7.0998142e-08 3.2047418e-10 1.4845295e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0554323e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.970143e-06 6.2378231e-08 1.0847608e-07), Final residual = (6.9008981e-08 3.1058895e-10 1.5830252e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0558968e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0404904e-06 6.2363137e-08 1.0894701e-07), Final residual = (6.5874917e-08 2.9634493e-10 1.2628362e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0569823e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8910392e-06 6.2341538e-08 1.0796866e-07), Final residual = (6.612075e-08 2.9849382e-10 1.3497275e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.057756e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9654643e-06 6.2338107e-08 1.0845025e-07), Final residual = (6.4811155e-08 2.916821e-10 1.4042711e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0570465e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8386996e-06 6.2336839e-08 1.0763104e-07), Final residual = (6.6961469e-08 3.0276587e-10 1.6600906e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0555074e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.2349296e-06 6.2358285e-08 1.1024769e-07), Final residual = (6.7468089e-08 2.9934993e-10 1.6643404e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0558571e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9479899e-06 6.2360667e-08 1.0836243e-07), Final residual = (6.4196356e-08 2.8815007e-10 1.4630928e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0573232e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9915427e-06 6.2339381e-08 1.0865319e-07), Final residual = (6.5213865e-08 2.9139553e-10 1.8754997e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0553311e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000406 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9426788e-06 6.2345663e-08 1.0833231e-07), Final residual = (6.5949566e-08 2.9573766e-10 1.9558871e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382285 0 0.53873372 water fraction, min, max = 0.014987082 -4.0549357e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000405 COUPLED: not converged within 20 iterations ExecutionTime = 187.42 s ClockTime = 204 s faceSource Qdot output: sum(outlet) of alphaPhi.oil = 1.6649894e-09 sum(outlet) of alphaPhi.water = 0 faceSource p_inlet output: areaAverage(inlet) of p = 1.0137297 Courant Number max: 0.0024989339 deltaT = 0.10914641 Time = 0.654986 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0264186e-06 2.8376086e-05 4.0903254e-05), Final residual = (3.932277e-07 2.1593215e-09 6.8134845e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.86116e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000486 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.9668818e-05 1.2806794e-07 2.568643e-07), Final residual = (1.8859531e-07 1.0243068e-09 2.6193943e-11), No Iterations 8 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8506398e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1480658e-06 7.4719731e-08 1.295844e-07), Final residual = (8.5268922e-08 4.3979514e-10 5.6482667e-11), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8512232e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7304303e-06 7.4119491e-08 1.2708206e-07), Final residual = (7.3990318e-08 4.0228426e-10 1.6318406e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8511399e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8853026e-06 7.4097269e-08 1.2837384e-07), Final residual = (7.2550864e-08 3.8982673e-10 1.8341015e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8511894e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8574307e-06 7.4074138e-08 1.2815179e-07), Final residual = (7.2297534e-08 3.8745078e-10 2.0824307e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8537191e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7056126e-06 7.4083087e-08 1.2697049e-07), Final residual = (6.7939727e-08 3.676905e-10 1.5558387e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8498403e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0518562e-06 7.4060694e-08 1.2973594e-07), Final residual = (6.6543757e-08 3.5785116e-10 1.6872394e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8510501e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0788897e-06 7.4043899e-08 1.2995238e-07), Final residual = (6.6923318e-08 3.5716416e-10 2.0601401e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8515163e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9140516e-06 7.4046424e-08 1.2865386e-07), Final residual = (6.527877e-08 3.5218785e-10 1.8848552e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8510212e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7853276e-06 7.4035098e-08 1.2763638e-07), Final residual = (6.4665791e-08 3.4862901e-10 2.129756e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8524462e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9905446e-06 7.4056293e-08 1.2930286e-07), Final residual = (6.349477e-08 3.3921548e-10 1.9892354e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8510531e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9104656e-06 7.404236e-08 1.2867141e-07), Final residual = (6.2598741e-08 3.3313103e-10 1.9757554e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8511615e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8393713e-06 7.4012376e-08 1.280801e-07), Final residual = (6.1837091e-08 3.3142096e-10 1.7956105e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8509832e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.794222e-06 7.401759e-08 1.2773793e-07), Final residual = (6.0600707e-08 3.239334e-10 1.9388688e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8534297e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0184513e-06 7.4020438e-08 1.295385e-07), Final residual = (6.1082633e-08 3.2512066e-10 2.0744187e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8509274e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.5955473e-06 7.4009482e-08 1.2617195e-07), Final residual = (5.9792226e-08 3.1951589e-10 1.5839595e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8537721e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7889951e-06 7.4008935e-08 1.277167e-07), Final residual = (5.7848609e-08 3.0846708e-10 2.0053607e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8527765e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0134412e-06 7.4006204e-08 1.2952294e-07), Final residual = (6.0198237e-08 3.1851995e-10 2.3099114e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8533482e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.6014331e-06 7.402258e-08 1.2625517e-07), Final residual = (5.8901999e-08 3.1642768e-10 1.6004262e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17382044 0 0.53873372 water fraction, min, max = 0.014989489 -4.8527632e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000485 COUPLED: not converged within 20 iterations ExecutionTime = 191.17 s ClockTime = 208 s Courant Number max: 0.0029983393 deltaT = 0.13097235 Time = 0.785958 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7608147e-06 3.4031958e-05 4.9069296e-05), Final residual = (4.4445046e-07 2.9236461e-09 1.0189238e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8150349e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000582 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.4059126e-05 1.6556577e-07 3.4876987e-07), Final residual = (2.3942749e-07 1.565626e-09 2.3994614e-11), No Iterations 8 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8018076e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8856971e-06 8.8891466e-08 1.6046967e-07), Final residual = (8.8466075e-08 5.7810825e-10 1.2331879e-11), No Iterations 11 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.7979553e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8725655e-06 8.7895294e-08 1.6170155e-07), Final residual = (9.3725922e-08 6.0627463e-10 2.4113947e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.7992065e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6915261e-06 8.7919579e-08 1.5994514e-07), Final residual = (9.1253396e-08 5.9247007e-10 2.9412737e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8022999e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5317964e-06 8.7918781e-08 1.5846864e-07), Final residual = (8.6475142e-08 5.6240333e-10 2.463865e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.7978711e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7327673e-06 8.7879362e-08 1.6040241e-07), Final residual = (8.6726983e-08 5.6351579e-10 2.7513278e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8016157e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7453498e-06 8.7886629e-08 1.605334e-07), Final residual = (8.7538308e-08 5.6509858e-10 2.9506965e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8012036e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8335837e-06 8.7863345e-08 1.6133023e-07), Final residual = (8.6488071e-08 5.5263735e-10 3.1051301e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8024411e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.886153e-06 8.789037e-08 1.6190006e-07), Final residual = (8.6371568e-08 5.5420028e-10 3.1677012e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8018576e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7977932e-06 8.787486e-08 1.6103634e-07), Final residual = (8.1203217e-08 5.2045881e-10 3.0778659e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.7991047e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6107335e-06 8.7824869e-08 1.5928457e-07), Final residual = (8.0748703e-08 5.2122679e-10 2.861738e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.7987446e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8377929e-06 8.781282e-08 1.6142504e-07), Final residual = (7.7224045e-08 5.0243091e-10 2.6040087e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8022192e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3224875e-06 8.7797905e-08 1.5656402e-07), Final residual = (7.4018906e-08 4.7356366e-10 2.8101138e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8022236e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7881806e-06 8.7798061e-08 1.6106438e-07), Final residual = (7.5686048e-08 4.8625115e-10 3.0361701e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.7984598e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5999348e-06 8.780349e-08 1.5925211e-07), Final residual = (7.2745618e-08 4.6510789e-10 2.5414148e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8020804e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8510536e-06 8.7792003e-08 1.6167574e-07), Final residual = (7.0322686e-08 4.5024456e-10 2.3479379e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8025077e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6167787e-06 8.7765171e-08 1.59453e-07), Final residual = (7.2312683e-08 4.6840478e-10 2.5292272e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.7979606e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7667076e-06 8.7778239e-08 1.6085254e-07), Final residual = (7.1457148e-08 4.6024197e-10 2.8303225e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.8025289e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6128668e-06 8.7770059e-08 1.5939852e-07), Final residual = (6.9219845e-08 4.4450568e-10 2.5990474e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381755 0 0.53873372 water fraction, min, max = 0.014992376 -5.7977352e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000058 COUPLED: not converged within 20 iterations ExecutionTime = 195.05 s ClockTime = 211 s Courant Number max: 0.0035979125 deltaT = 0.15714281 Time = 0.943101 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.693075e-06 4.0802314e-05 5.8868895e-05), Final residual = (5.528375e-07 4.3616437e-09 1.492673e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9475941e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000695 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9019031e-05 2.1620615e-07 4.7424167e-07), Final residual = (2.5899902e-07 2.036593e-09 1.9529376e-11), No Iterations 8 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9324899e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4117701e-06 1.0519444e-07 2.0742165e-07), Final residual = (9.6580936e-08 7.609325e-10 4.3250707e-12), No Iterations 12 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9270179e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1809513e-06 1.0389152e-07 2.0651367e-07), Final residual = (9.1545964e-08 7.1562985e-10 2.1334131e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9319974e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.217828e-06 1.0386302e-07 2.070343e-07), Final residual = (9.0736718e-08 7.031338e-10 2.4412398e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9323473e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.363096e-06 1.0388765e-07 2.0876028e-07), Final residual = (8.6490089e-08 6.6998505e-10 2.4198872e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9314843e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4381432e-06 1.0382337e-07 2.0962136e-07), Final residual = (8.035554e-08 6.270149e-10 1.4263528e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9324756e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0353341e-06 1.0377778e-07 2.050803e-07), Final residual = (9.3353258e-08 7.1742975e-10 4.5136227e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9269679e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1173169e-06 1.0388646e-07 2.0593581e-07), Final residual = (9.3127091e-08 7.1903234e-10 4.1453181e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9326001e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2920419e-06 1.0384746e-07 2.078711e-07), Final residual = (9.0589581e-08 7.0183735e-10 4.418041e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9307848e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9585872e-06 1.0382892e-07 2.0409513e-07), Final residual = (8.9726272e-08 6.8556035e-10 5.0338149e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9275692e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1484757e-06 1.0382273e-07 2.0629233e-07), Final residual = (8.5326673e-08 6.5803302e-10 4.3610368e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9328462e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1438429e-06 1.0382426e-07 2.0632192e-07), Final residual = (8.3293675e-08 6.4627112e-10 3.7893879e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9255934e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1721269e-06 1.03792e-07 2.0663202e-07), Final residual = (8.2116729e-08 6.2989566e-10 3.903919e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9276662e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.3965147e-06 1.0379253e-07 2.0923517e-07), Final residual = (8.368342e-08 6.5100383e-10 3.877092e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9252276e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1867281e-06 1.0375257e-07 2.0672824e-07), Final residual = (8.2353008e-08 6.3088847e-10 4.3149063e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9262755e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2159766e-06 1.0374427e-07 2.0709942e-07), Final residual = (8.2564693e-08 6.3320752e-10 4.2922325e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9266685e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1972984e-06 1.0378075e-07 2.069383e-07), Final residual = (8.356222e-08 6.3781205e-10 4.341506e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9271578e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0283563e-06 1.0379915e-07 2.0502543e-07), Final residual = (8.1634459e-08 6.2371997e-10 4.2722458e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9282009e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.1973628e-06 1.0376966e-07 2.0694843e-07), Final residual = (7.9239569e-08 6.1323206e-10 4.2749235e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17381409 0 0.53873372 water fraction, min, max = 0.014995841 -6.9272683e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000693 COUPLED: not converged within 20 iterations ExecutionTime = 198.99 s ClockTime = 215 s Courant Number max: 0.004316831 deltaT = 0.18852989 Time = 1.13163 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0558867e-06 4.890529e-05 7.0622899e-05), Final residual = (6.6415511e-07 6.2726639e-09 2.2066212e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.296056e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000083 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4895072e-05 2.8453915e-07 6.5240954e-07), Final residual = (3.1045853e-07 2.9309465e-09 2.1355253e-11), No Iterations 8 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2657561e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.1344686e-06 1.2440356e-07 2.6848029e-07), Final residual = (9.97985e-08 9.4184119e-10 1.0802803e-11), No Iterations 12 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2701536e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6680044e-06 1.2234949e-07 2.6481126e-07), Final residual = (9.6581987e-08 9.0377416e-10 2.0861231e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2707225e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3057979e-06 1.2232125e-07 2.5993441e-07), Final residual = (9.1770907e-08 8.6448923e-10 1.2865975e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2648074e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000826 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3201433e-06 1.2228063e-07 2.6017268e-07), Final residual = (9.2782079e-08 8.6041557e-10 3.4479654e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.270425e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3257473e-06 1.2230095e-07 2.6031681e-07), Final residual = (8.9241601e-08 8.36479e-10 1.7693543e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2690947e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.48378e-06 1.2227793e-07 2.6250862e-07), Final residual = (8.6151848e-08 8.1310064e-10 6.1257937e-12), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2635297e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000826 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.0460726e-06 1.2220303e-07 2.5647559e-07), Final residual = (8.2081102e-08 7.7162252e-10 1.3285185e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2714939e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3073181e-06 1.2221885e-07 2.6017954e-07), Final residual = (9.9285095e-08 9.0622169e-10 6.5886535e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2700417e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3316824e-06 1.2231133e-07 2.6029945e-07), Final residual = (8.2316537e-08 7.6119204e-10 3.3008207e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2646338e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000826 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.2878997e-06 1.2218526e-07 2.5990705e-07), Final residual = (9.2105638e-08 8.5602348e-10 5.4077677e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2701006e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.2047718e-06 1.2227316e-07 2.5865338e-07), Final residual = (9.5650235e-08 8.7825503e-10 6.1991125e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2727288e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.130094e-06 1.2231633e-07 2.5763875e-07), Final residual = (9.3566787e-08 8.5715599e-10 6.4981351e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2691927e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1358062e-06 1.2229852e-07 2.5774832e-07), Final residual = (9.6568795e-08 8.9054168e-10 6.9192177e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2709148e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3766621e-06 1.2233825e-07 2.6101007e-07), Final residual = (9.1410355e-08 8.4462304e-10 5.6570455e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2712892e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1824722e-06 1.222822e-07 2.5839759e-07), Final residual = (9.3019689e-08 8.5547454e-10 5.589502e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2695566e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1498185e-06 1.2227546e-07 2.5791002e-07), Final residual = (9.1110374e-08 8.4385916e-10 5.22321e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2673347e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.1510495e-06 1.2225247e-07 2.5793347e-07), Final residual = (8.8229071e-08 8.1547587e-10 5.0486818e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2724008e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.4009668e-06 1.2222553e-07 2.6139758e-07), Final residual = (8.9645572e-08 8.2523234e-10 6.5589459e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380993 0 0.53873372 water fraction, min, max = 0.014999998 -8.2713172e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000827 COUPLED: not converged within 20 iterations ExecutionTime = 203.2 s ClockTime = 220 s Courant Number max: 0.005179051 deltaT = 0.22620601 Time = 1.35784 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.0501412e-06 5.8604656e-05 8.4719628e-05), Final residual = (7.9224333e-07 8.9953393e-09 2.813511e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.898425e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.000099 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.1784318e-05 3.7777896e-07 9.0103421e-07), Final residual = (3.7360459e-07 4.2224091e-09 5.1754115e-11), No Iterations 8 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8524942e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.284339e-06 1.4686955e-07 2.7000901e-07), Final residual = (8.7794113e-08 9.9184338e-10 2.5474152e-11), No Iterations 18 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8543324e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5739972e-06 1.4357012e-07 2.6278372e-07), Final residual = (8.8607592e-08 1.0029235e-09 7.9865589e-12), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8636602e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000986 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.2099719e-06 1.4361418e-07 2.5689327e-07), Final residual = (9.9911078e-08 1.1190529e-09 5.0987676e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8536336e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3328736e-06 1.4364763e-07 2.587264e-07), Final residual = (8.7172567e-08 9.8265589e-10 1.5326914e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8536543e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7563071e-06 1.4352565e-07 2.4939943e-07), Final residual = (9.6970223e-08 1.0790531e-09 4.5348053e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8547963e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.2306396e-06 1.4362541e-07 2.5709333e-07), Final residual = (9.308747e-08 1.0398517e-09 3.1896902e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8550015e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000986 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1631367e-06 1.4359065e-07 2.5602818e-07), Final residual = (9.4934406e-08 1.0589861e-09 5.6315311e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8635933e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000986 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.2982804e-06 1.4361721e-07 2.582434e-07), Final residual = (9.5492702e-08 1.0615512e-09 6.5310998e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8544299e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1016792e-06 1.4363734e-07 2.5504091e-07), Final residual = (9.7205072e-08 1.0828089e-09 5.640167e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8558011e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000986 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8707835e-06 1.4363688e-07 2.5118139e-07), Final residual = (9.7493747e-08 1.0917958e-09 6.3980478e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8550943e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000986 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9200524e-06 1.4362713e-07 2.5195754e-07), Final residual = (9.3753082e-08 1.0489603e-09 5.0194517e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8525276e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3069135e-06 1.4359877e-07 2.583771e-07), Final residual = (9.1976895e-08 1.0221137e-09 4.859445e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8546604e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9677941e-06 1.4362298e-07 2.5291414e-07), Final residual = (9.2292926e-08 1.024847e-09 4.7937338e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.854815e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8468331e-06 1.435706e-07 2.5084488e-07), Final residual = (9.3785654e-08 1.0406228e-09 6.1623411e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8554195e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000986 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1921866e-06 1.4357928e-07 2.564925e-07), Final residual = (9.3021855e-08 1.035936e-09 6.3072941e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8522161e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1996777e-06 1.435823e-07 2.5663428e-07), Final residual = (9.2944125e-08 1.0353076e-09 5.8460769e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8533011e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000985 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.2312063e-06 1.4359057e-07 2.5716284e-07), Final residual = (9.4706422e-08 1.0491787e-09 6.1052075e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8558344e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000986 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4201464e-06 1.4358276e-07 2.6021927e-07), Final residual = (9.3163273e-08 1.0312291e-09 6.1112042e-11), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17380494 0 0.53873372 water fraction, min, max = 0.015004985 -9.8554992e-05 0.999 Phase-sum volume fraction, min, max = 1 1 1.0000986 COUPLED: not converged within 20 iterations ExecutionTime = 207.93 s ClockTime = 224 s Courant Number max: 0.0062140233 deltaT = 0.27143288 Time = 1.62927 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7011118e-06 7.0208523e-05 0.00010154573), Final residual = (9.7539399e-07 1.3294634e-08 3.7987116e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011796424 0.999 Phase-sum volume fraction, min, max = 1 1 1.000118 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2176222e-05 5.0659932e-07 1.287267e-06), Final residual = (3.9891713e-07 5.4109399e-09 4.3801477e-11), No Iterations 9 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011720445 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001172 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1591998e-05 1.7247779e-07 4.6161106e-07), Final residual = (1.00285e-07 1.3644808e-09 9.8527221e-12), No Iterations 21 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011737765 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001174 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0591734e-05 1.6835837e-07 4.4742755e-07), Final residual = (1.0595069e-07 1.4341746e-09 1.6901788e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011732825 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001173 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0385772e-05 1.6841403e-07 4.4340719e-07), Final residual = (1.0038685e-07 1.3635767e-09 1.4504797e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011735781 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001174 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0858693e-05 1.6841695e-07 4.5293726e-07), Final residual = (9.6823051e-08 1.3151629e-09 9.3445848e-12), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011736281 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001174 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0353681e-05 1.6833172e-07 4.4298832e-07), Final residual = (9.7827743e-08 1.3219265e-09 2.0846743e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011737568 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001174 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0080691e-05 1.6826268e-07 4.3754113e-07), Final residual = (9.0733708e-08 1.2349116e-09 5.3911928e-12), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011732615 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001173 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0029476e-05 1.6823441e-07 4.3672129e-07), Final residual = (9.1740174e-08 1.2461103e-09 9.8236496e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011737114 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001174 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0272528e-05 1.6832867e-07 4.4163966e-07), Final residual = (9.9029987e-08 1.3279533e-09 4.0522091e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011737586 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001174 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0365118e-05 1.6839187e-07 4.4338183e-07), Final residual = (9.9310778e-08 1.3269544e-09 5.13129e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011721383 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001172 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0775104e-05 1.6818394e-07 4.5118024e-07), Final residual = (8.3618082e-08 1.1364433e-09 5.2148478e-12), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.0001172683 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001173 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0357743e-05 1.6802462e-07 4.4317373e-07), Final residual = (8.3620416e-08 1.1355704e-09 7.0324143e-12), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011744514 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001174 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0238382e-05 1.6808648e-07 4.4091935e-07), Final residual = (9.4176891e-08 1.2627987e-09 4.4170049e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011734191 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001173 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0504026e-05 1.6817115e-07 4.4597648e-07), Final residual = (9.6420445e-08 1.2975806e-09 3.1669471e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011718268 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001172 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0454774e-05 1.6808995e-07 4.448374e-07), Final residual = (9.7443853e-08 1.3124937e-09 2.65353e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.0001171395 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001171 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0929847e-05 1.6824504e-07 4.5439102e-07), Final residual = (9.218989e-08 1.2383867e-09 3.3788052e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011718818 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001172 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0235647e-05 1.681916e-07 4.4081246e-07), Final residual = (7.752133e-08 1.0546207e-09 3.3756151e-12), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011718952 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001172 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.8688078e-06 1.6803928e-07 4.3378614e-07), Final residual = (9.2497868e-08 1.2481807e-09 2.1513837e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011734636 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001173 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.9832787e-06 1.6825119e-07 4.3594231e-07), Final residual = (8.801039e-08 1.1738756e-09 5.2288519e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379896 0 0.53873372 water fraction, min, max = 0.015010969 -0.00011746746 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001175 COUPLED: not converged within 20 iterations ExecutionTime = 213.09 s ClockTime = 230 s Courant Number max: 0.0074564313 deltaT = 0.32561625 Time = 1.95489 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.9205855e-06 8.4046726e-05 0.00012192051), Final residual = (1.1872909e-06 1.9310247e-08 6.3439566e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00014035689 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001404 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.2471643e-05 6.8426047e-07 1.7715426e-06), Final residual = (4.8947827e-07 7.9224024e-09 1.1666982e-10), No Iterations 9 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013921354 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001392 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.2163438e-05 2.0234566e-07 5.5679378e-07), Final residual = (1.1957152e-07 1.9487822e-09 8.8971527e-12), No Iterations 18 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.0001395216 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001395 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1561803e-05 1.9614516e-07 5.5079012e-07), Final residual = (1.1509569e-07 1.8762541e-09 8.6651698e-12), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013922278 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001392 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0636408e-05 1.9607829e-07 5.2916738e-07), Final residual = (1.0563971e-07 1.7220572e-09 1.0527123e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013943881 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001394 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1307816e-05 1.9588817e-07 5.4529538e-07), Final residual = (1.0031388e-07 1.6274782e-09 1.8728652e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013927434 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001393 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0810296e-05 1.9571935e-07 5.3359204e-07), Final residual = (1.044319e-07 1.6767682e-09 5.2893451e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013949821 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001395 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1073426e-05 1.9583836e-07 5.3991847e-07), Final residual = (9.4132227e-08 1.5291223e-09 1.4129937e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013950942 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001395 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0862055e-05 1.9572156e-07 5.3509852e-07), Final residual = (9.4865304e-08 1.531827e-09 3.4635927e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013949552 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001395 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1001076e-05 1.9558957e-07 5.382623e-07), Final residual = (9.7706623e-08 1.5661271e-09 5.5604001e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013951899 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001395 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1050616e-05 1.958633e-07 5.3975203e-07), Final residual = (8.8136272e-08 1.4239473e-09 2.6157013e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013926033 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001393 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1064721e-05 1.9560926e-07 5.4004406e-07), Final residual = (9.168883e-08 1.48457e-09 2.179306e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013928473 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001393 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.116321e-05 1.9549703e-07 5.4213026e-07), Final residual = (9.0905402e-08 1.4594974e-09 4.8075202e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013925409 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001393 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0802324e-05 1.9562418e-07 5.3383634e-07), Final residual = (9.0531893e-08 1.455614e-09 4.7511064e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.0001394713 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001395 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1173591e-05 1.9558094e-07 5.4257586e-07), Final residual = (9.4843935e-08 1.5182357e-09 5.3942464e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013932645 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001393 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1164683e-05 1.9568784e-07 5.4241182e-07), Final residual = (8.7304708e-08 1.3973738e-09 6.2659573e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013924589 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001392 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.079528e-05 1.9551169e-07 5.337136e-07), Final residual = (9.2428005e-08 1.4873956e-09 4.0990641e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013951163 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001395 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1175986e-05 1.9562608e-07 5.4265849e-07), Final residual = (8.5058369e-08 1.3773552e-09 2.28531e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013929743 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001393 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0515043e-05 1.9553353e-07 5.2712754e-07), Final residual = (8.8543077e-08 1.4208251e-09 4.8321125e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013952953 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001395 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1045286e-05 1.9557572e-07 5.3971799e-07), Final residual = (8.6728227e-08 1.3877138e-09 5.2026991e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17379178 0 0.53873372 water fraction, min, max = 0.015018148 -0.00013948538 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001395 COUPLED: not converged within 20 iterations ExecutionTime = 217.52 s ClockTime = 234 s Courant Number max: 0.0089448841 deltaT = 0.39070977 Time = 2.3456 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0988083e-05 0.00010058427 0.00014622833), Final residual = (1.4018354e-06 2.7320464e-08 8.4346291e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016650633 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001665 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.6333006e-05 9.3138376e-07 2.531165e-06), Final residual = (6.1979497e-07 1.2048853e-08 1.0915182e-10), No Iterations 9 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016491769 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001649 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.1366167e-05 2.3657465e-07 6.2933188e-07), Final residual = (1.1359038e-07 2.2207508e-09 4.4312186e-12), No Iterations 20 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016533287 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.9594675e-06 2.263747e-07 6.0316319e-07), Final residual = (9.4792065e-08 1.8491705e-09 1.8914569e-11), No Iterations 26 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016520185 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001652 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0116366e-05 2.2606837e-07 6.0866782e-07), Final residual = (8.5419425e-08 1.6466985e-09 5.9345939e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016525973 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.9462406e-06 2.2566796e-07 6.0406912e-07), Final residual = (8.2220286e-08 1.5778854e-09 5.6283439e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016520059 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001652 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0277395e-05 2.2544496e-07 6.1342975e-07), Final residual = (7.8214195e-08 1.4858464e-09 9.5523269e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.0001652567 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.047842e-05 2.2565124e-07 6.1965532e-07), Final residual = (7.333415e-08 1.377342e-09 1.0495001e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016529659 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0005918e-05 2.2550782e-07 6.0633151e-07), Final residual = (6.2766666e-08 1.2105913e-09 3.9559553e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016498281 0.999 Phase-sum volume fraction, min, max = 1 1 1.000165 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.9362828e-06 2.2529459e-07 6.0446601e-07), Final residual = (6.253965e-08 1.1958842e-09 6.0647117e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016525786 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (1.0495029e-05 2.2543483e-07 6.205845e-07), Final residual = (6.5672907e-08 1.2333027e-09 9.5202525e-11), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016526493 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.3296233e-06 2.2531334e-07 5.8730613e-07), Final residual = (9.204183e-08 1.7156924e-09 1.9999871e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016525178 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.5247563e-06 2.2561666e-07 5.6379071e-07), Final residual = (9.9798796e-08 1.8987426e-09 2.0270691e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016524948 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001652 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.3050293e-06 2.2579962e-07 5.8576265e-07), Final residual = (9.4551087e-08 1.748658e-09 2.5370434e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016524727 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001652 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.0891511e-06 2.2578882e-07 5.799575e-07), Final residual = (8.8474198e-08 1.6482544e-09 2.0744261e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016559058 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001656 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.6252996e-06 2.2559697e-07 5.9519418e-07), Final residual = (6.6165966e-08 1.2125688e-09 1.4604516e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016554762 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001655 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.4774344e-06 2.2513347e-07 5.9135662e-07), Final residual = (9.6892394e-08 1.7815966e-09 2.3162674e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016521569 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001652 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.9620364e-06 2.2568631e-07 6.0449685e-07), Final residual = (9.6370552e-08 1.7814935e-09 2.517093e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016526407 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.6946583e-06 2.2561092e-07 5.9688677e-07), Final residual = (9.2077074e-08 1.706971e-09 2.4108215e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.00016527932 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.7838767e-06 2.256111e-07 5.996138e-07), Final residual = (9.0397015e-08 1.7053799e-09 1.9341289e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17378317 0 0.53873372 water fraction, min, max = 0.01502676 -0.0001652657 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001653 COUPLED: not converged within 20 iterations ExecutionTime = 222.04 s ClockTime = 239 s Courant Number max: 0.010733198 deltaT = 0.46859496 Time = 2.81419 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.5780798e-06 0.00012025448 0.0001751575), Final residual = (1.6899779e-06 3.9351024e-08 1.2574175e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.0001971063 0.999 Phase-sum volume fraction, min, max = 1 1 1.0001971 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0013850565 1.2764905e-06 4.6879744e-05), Final residual = (8.1781399e-06 1.8991884e-07 6.1369154e-09), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.01503709 -0.00024530834 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002453 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0002333159 5.8336123e-07 8.3367888e-06), Final residual = (1.6440016e-06 3.8145268e-08 1.1944479e-09), No Iterations 10 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023815907 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002382 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0001553924 4.3060545e-07 5.802082e-06), Final residual = (1.4799065e-06 3.4527573e-08 4.10425e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00024088344 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002409 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00011414794 4.2459599e-07 4.4081797e-06), Final residual = (6.0493246e-07 1.413553e-08 2.2236381e-10), No Iterations 9 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023924636 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002392 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.3761095e-05 4.0075077e-07 3.3908789e-06), Final residual = (6.9594237e-07 1.6072043e-08 5.5595175e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00024040327 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002404 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.3812735e-05 3.9985246e-07 2.7091805e-06), Final residual = (6.2556971e-07 1.4511585e-08 3.9675663e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023897223 0.999 Phase-sum volume fraction, min, max = 1 1 1.000239 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0627484e-05 3.9720703e-07 2.2592018e-06), Final residual = (4.7871375e-07 1.1105883e-08 3.0523002e-10), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00024018878 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002402 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0888371e-05 3.9321084e-07 1.9306092e-06), Final residual = (1.9895348e-07 4.6123534e-09 1.3372917e-10), No Iterations 9 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023926042 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002393 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6098165e-05 3.8597079e-07 1.7758286e-06), Final residual = (2.3057653e-07 5.2546812e-09 3.6232716e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023998819 0.999 Phase-sum volume fraction, min, max = 1 1 1.00024 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9956224e-05 3.8561846e-07 1.5658628e-06), Final residual = (2.2747902e-07 5.2054241e-09 3.476578e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023938235 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002394 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8051603e-05 3.8539909e-07 1.5006624e-06), Final residual = (2.0997034e-07 4.796699e-09 3.0649925e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023987819 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002399 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.546347e-05 3.8458445e-07 1.4125312e-06), Final residual = (2.2652659e-07 5.1762736e-09 3.1566772e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023997903 0.999 Phase-sum volume fraction, min, max = 1 1 1.00024 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3915198e-05 3.8478095e-07 1.3591913e-06), Final residual = (2.211886e-07 5.0947515e-09 3.3457206e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023978915 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002398 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3669473e-05 3.8461651e-07 1.3506956e-06), Final residual = (2.2011589e-07 5.0366433e-09 2.8997712e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023976891 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002398 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3194464e-05 3.8448569e-07 1.3347021e-06), Final residual = (2.2862548e-07 5.2601072e-09 3.6727311e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023948481 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002395 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3578419e-05 3.8447012e-07 1.3472031e-06), Final residual = (2.2836386e-07 5.257062e-09 3.9279251e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023987796 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002399 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.3132222e-05 3.8460387e-07 1.3320984e-06), Final residual = (2.1294226e-07 4.8693512e-09 3.10643e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023973609 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002397 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2305759e-05 3.8415572e-07 1.3040314e-06), Final residual = (2.0783229e-07 4.740791e-09 3.161748e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.00023941531 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002394 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2541914e-05 3.8413478e-07 1.312353e-06), Final residual = (2.1522211e-07 4.9349973e-09 3.314959e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17377284 0 0.53873372 water fraction, min, max = 0.015037089 -0.000239896 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002399 COUPLED: not converged within 20 iterations ExecutionTime = 226.72 s ClockTime = 243 s Courant Number max: 0.012873211 deltaT = 0.56225234 Time = 3.37644 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.2465276e-05 0.00014409353 0.00021060197), Final residual = (2.3221549e-06 6.4645916e-08 1.0943841e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00028610514 0.999 Phase-sum volume fraction, min, max = 1 1 1.0002861 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0021799127 1.9289149e-06 9.0184701e-05), Final residual = (1.3513155e-05 3.7309016e-07 2.3250518e-08), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049494 -0.00037834076 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003783 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0004040358 1.0820949e-06 1.7317738e-05), Final residual = (2.9827308e-06 8.3609286e-08 1.8361191e-09), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036475198 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003648 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00027112081 7.8852976e-07 1.2056515e-05), Final residual = (2.0450246e-06 5.7839763e-08 9.4209326e-11), No Iterations 10 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00037026628 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003703 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00020031692 7.609652e-07 9.1949927e-06), Final residual = (1.8980778e-06 5.3380192e-08 9.7391707e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036725028 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003673 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00014985613 7.4585521e-07 7.0964207e-06), Final residual = (1.4946228e-06 4.2198891e-08 2.3559017e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036810692 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003681 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00011604477 7.310124e-07 5.7207914e-06), Final residual = (9.5115535e-07 2.6832945e-08 2.2934605e-10), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036799837 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.000368 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.1558898e-05 7.1188707e-07 4.7247294e-06), Final residual = (9.0046508e-07 2.5317635e-08 3.563292e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036769477 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003677 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.299771e-05 7.0663984e-07 3.9610256e-06), Final residual = (6.2540224e-07 1.77103e-08 3.9633793e-11), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036763135 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003676 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.9311059e-05 6.9822871e-07 3.4030185e-06), Final residual = (5.8317836e-07 1.6486501e-08 7.6115683e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036838922 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003684 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2216188e-05 6.9544103e-07 3.1122913e-06), Final residual = (5.2029732e-07 1.4725377e-08 3.2297662e-11), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036836507 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003684 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.5527823e-05 6.9305018e-07 2.8380556e-06), Final residual = (4.4912027e-07 1.2681774e-08 8.8441046e-11), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036837462 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003684 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.2484154e-05 6.9000801e-07 2.7154998e-06), Final residual = (4.1537844e-07 1.176472e-08 9.0753443e-12), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036743553 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003674 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9246936e-05 6.882193e-07 2.5819268e-06), Final residual = (2.9114786e-07 8.2433115e-09 6.4765092e-12), No Iterations 21 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036837854 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003684 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.715753e-05 6.8471656e-07 2.5001291e-06), Final residual = (3.2390887e-07 9.1081916e-09 1.3248574e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036839516 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003684 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6346477e-05 6.8534825e-07 2.4659456e-06), Final residual = (3.1511003e-07 8.8751859e-09 1.0637066e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036765184 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003677 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.4028157e-05 6.8428257e-07 2.3698823e-06), Final residual = (3.1292028e-07 8.7801037e-09 1.7333738e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036826673 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003683 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3838923e-05 6.843998e-07 2.362344e-06), Final residual = (3.1479156e-07 8.8234977e-09 1.7699783e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036783533 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003678 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3518771e-05 6.8439658e-07 2.3493753e-06), Final residual = (2.7380079e-07 7.7333086e-09 4.8352111e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036764967 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003676 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3230298e-05 6.83241e-07 2.3380974e-06), Final residual = (2.9416303e-07 8.2553171e-09 1.6309805e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17376044 0 0.53873372 water fraction, min, max = 0.015049492 -0.00036849633 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0003685 COUPLED: not converged within 20 iterations ExecutionTime = 231.19 s ClockTime = 248 s faceSource Qdot output: sum(outlet) of alphaPhi.oil = 1.6650892e-09 sum(outlet) of alphaPhi.water = 0 faceSource p_inlet output: areaAverage(inlet) of p = 1.0128159 Courant Number max: 0.015446445 deltaT = 0.6745253 Time = 4.05097 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.3677859e-05 0.00017277377 0.00025337822), Final residual = (1.9060431e-06 6.4065291e-08 7.2533785e-10), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00043771146 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0004377 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0021940276 2.9272509e-06 0.0001102106), Final residual = (1.7388047e-05 6.0162458e-07 7.7251788e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00054284082 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005428 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00050448414 1.7310072e-06 2.6246548e-05), Final residual = (4.3448797e-06 1.4922636e-07 7.952932e-10), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00052798001 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.000528 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00033068229 1.2555438e-06 1.7893417e-05), Final residual = (3.2390009e-06 1.1076887e-07 9.1735199e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053449782 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005345 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00023999673 1.1967929e-06 1.345937e-05), Final residual = (1.8581123e-06 6.3495181e-08 7.8474042e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053051038 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005305 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00017953983 1.130444e-06 1.0458935e-05), Final residual = (1.6485856e-06 5.6124964e-08 1.1131493e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053314468 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005331 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00013476661 1.1183107e-06 8.2223196e-06), Final residual = (9.6616798e-07 3.3154798e-08 1.0754544e-10), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.0005327251 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005327 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00011047033 1.0939962e-06 7.0217768e-06), Final residual = (1.0181412e-06 3.4682033e-08 8.8241051e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053247987 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005325 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.7876113e-05 1.0890943e-06 5.8874441e-06), Final residual = (8.3403497e-07 2.8536619e-08 2.5977286e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.0005332204 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005332 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.8165056e-05 1.081999e-06 5.4022079e-06), Final residual = (7.5611182e-07 2.5846209e-08 3.6200412e-10), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053234504 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005323 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.8181587e-05 1.0764643e-06 4.9041014e-06), Final residual = (6.4426442e-07 2.2099807e-08 7.1255704e-11), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053147174 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005315 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.8953083e-05 1.0709519e-06 4.4456091e-06), Final residual = (5.7527661e-07 1.9766287e-08 1.8051771e-12), No Iterations 15 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.0005339807 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.000534 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.6871072e-05 1.0695478e-06 4.3436726e-06), Final residual = (5.4196513e-07 1.8604624e-08 6.5664236e-11), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053230432 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005323 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.4248554e-05 1.0664551e-06 4.2116341e-06), Final residual = (5.2723459e-07 1.8095582e-08 4.4047356e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.0005316528 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005317 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0274118e-05 1.065156e-06 4.0129917e-06), Final residual = (4.9336537e-07 1.6943301e-08 1.6927381e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.0005319417 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005319 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0324753e-05 1.0642928e-06 4.0170497e-06), Final residual = (4.7543763e-07 1.6296446e-08 7.6637753e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053275649 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005328 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.9587899e-05 1.0633459e-06 3.9809036e-06), Final residual = (4.7953478e-07 1.6428344e-08 1.1137698e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053293368 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005329 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.880843e-05 1.0630982e-06 3.9418077e-06), Final residual = (4.8674155e-07 1.6673678e-08 1.0206652e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053240711 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005324 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.7688091e-05 1.0628696e-06 3.885242e-06), Final residual = (4.5826523e-07 1.5708329e-08 1.0253132e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053241498 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005324 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6196469e-05 1.0617282e-06 3.8111269e-06), Final residual = (4.6105327e-07 1.5752352e-08 1.6359988e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17374554 0 0.53873372 water fraction, min, max = 0.015064391 -0.00053318425 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0005332 COUPLED: not converged within 20 iterations ExecutionTime = 235.98 s ClockTime = 252 s Courant Number max: 0.018531323 deltaT = 0.80866386 Time = 4.85963 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6868904e-05 0.00020698867 0.0003045698), Final residual = (2.4642205e-06 1.005534e-07 7.5857229e-10), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00063486485 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0006349 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0021097006 4.3455942e-06 0.00012909929), Final residual = (1.3082733e-05 5.4347592e-07 2.2755262e-08), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00075059423 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007506 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0005533813 2.1722914e-06 3.5819196e-05), Final residual = (5.3098814e-06 2.2326116e-07 4.0588153e-09), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082273 -0.00073574721 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007357 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00034740742 1.8252219e-06 2.3197938e-05), Final residual = (3.2617532e-06 1.3537481e-07 2.7477556e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073977155 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007398 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00023495557 1.715222e-06 1.6487501e-05), Final residual = (2.2026168e-06 9.1281902e-08 1.9956497e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073730097 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007373 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016614265 1.6421063e-06 1.2298746e-05), Final residual = (1.6348601e-06 6.8095481e-08 1.1913149e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073945591 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007395 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00012282261 1.6048413e-06 9.6740786e-06), Final residual = (1.0753635e-06 4.4666691e-08 1.0951089e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073741547 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007374 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.2444602e-05 1.576481e-06 7.8276638e-06), Final residual = (7.716015e-07 3.2263563e-08 1.0468728e-10), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073974117 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007397 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.3389992e-05 1.5621245e-06 6.6677031e-06), Final residual = (6.0491368e-07 2.5280264e-08 2.0206066e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.0007378158 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007378 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.0674966e-05 1.5503048e-06 5.8957275e-06), Final residual = (5.8756603e-07 2.4526922e-08 2.4938888e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073923742 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007392 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.0969205e-05 1.5456797e-06 5.2986518e-06), Final residual = (4.2245756e-07 1.7686269e-08 3.2281347e-11), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073920861 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007392 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.6022866e-05 1.5372597e-06 5.0036581e-06), Final residual = (4.5186039e-07 1.880176e-08 4.650393e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073940917 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007394 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.0612305e-05 1.5361748e-06 4.6705705e-06), Final residual = (3.9779051e-07 1.6639731e-08 5.6061563e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073936259 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007394 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.9765977e-05 1.5344572e-06 4.6202613e-06), Final residual = (3.8321802e-07 1.6009519e-08 1.2397174e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073910551 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007391 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.8603739e-05 1.5324284e-06 4.5477145e-06), Final residual = (3.7087875e-07 1.5513335e-08 5.1770097e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073915741 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007392 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7329186e-05 1.5316455e-06 4.4701923e-06), Final residual = (3.743517e-07 1.559125e-08 1.876112e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073911691 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007391 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.6609996e-05 1.5313392e-06 4.42568e-06), Final residual = (3.5707836e-07 1.4946706e-08 3.7296616e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073921835 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007392 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.508085e-05 1.5312275e-06 4.3338998e-06), Final residual = (3.4933666e-07 1.4612801e-08 5.5379815e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073897268 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.000739 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5485671e-05 1.5309423e-06 4.3587592e-06), Final residual = (3.4190726e-07 1.4277032e-08 1.4550185e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073904423 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.000739 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.56918e-05 1.5308383e-06 4.3726035e-06), Final residual = (3.3418937e-07 1.3987671e-08 4.5659236e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17372766 0 0.53873372 water fraction, min, max = 0.015082272 -0.00073777593 0.999 Phase-sum volume fraction, min, max = 1.0000001 1 1.0007378 COUPLED: not converged within 20 iterations ExecutionTime = 240.04 s ClockTime = 257 s Courant Number max: 0.022216253 deltaT = 0.96947769 Time = 5.82911 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7000138e-05 0.0002474674 0.00036441812), Final residual = (4.3135246e-06 2.1533541e-07 1.06063e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00088004787 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.00088 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0018987626 6.3400468e-06 0.000142118), Final residual = (8.394539e-06 4.3266904e-07 8.387124e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.0010042503 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0010043 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00055500854 2.6690454e-06 4.4636904e-05), Final residual = (4.5495576e-06 2.3289506e-07 5.053916e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00098744029 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009874 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00031379689 2.4050783e-06 2.6393947e-05), Final residual = (2.579693e-06 1.3022504e-07 4.3308678e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099379698 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009938 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00019779998 2.2583708e-06 1.7828724e-05), Final residual = (1.092539e-06 5.6192735e-08 5.6208508e-10), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00098997153 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.00099 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00013030775 2.1602994e-06 1.2777191e-05), Final residual = (1.0676568e-06 5.4707901e-08 7.144193e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099156717 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009916 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.2323375e-05 2.1344076e-06 9.9103698e-06), Final residual = (8.8005211e-07 4.5108525e-08 3.5641481e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099116172 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009912 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.7690415e-05 2.1167391e-06 8.0469237e-06), Final residual = (6.5755418e-07 3.3767936e-08 5.9564547e-11), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099087943 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009909 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (5.2098092e-05 2.0991687e-06 6.8812348e-06), Final residual = (5.0701209e-07 2.6026342e-08 1.2687249e-10), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099121645 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009912 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (4.3278957e-05 2.0871201e-06 6.2218581e-06), Final residual = (4.3498805e-07 2.2338913e-08 6.7876475e-11), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00098901259 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.000989 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.7974825e-05 2.0816405e-06 5.8254556e-06), Final residual = (3.6423568e-07 1.870127e-08 5.2503705e-11), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099203181 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.000992 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.5349806e-05 2.0759415e-06 5.6300322e-06), Final residual = (3.5718624e-07 1.8352117e-08 5.5426232e-11), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099060348 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009906 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.2130318e-05 2.0736093e-06 5.3860189e-06), Final residual = (1.8772066e-07 9.6371955e-09 2.9956016e-11), No Iterations 18 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099125536 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009913 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.1327026e-05 2.0655073e-06 5.3377797e-06), Final residual = (2.1604471e-07 1.1010991e-08 3.3833103e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099080264 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009908 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8781577e-05 2.0650286e-06 5.1460095e-06), Final residual = (2.3598658e-07 1.2004957e-08 5.2997234e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099132534 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009913 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8982792e-05 2.0651307e-06 5.1590835e-06), Final residual = (2.1467831e-07 1.0935805e-08 4.5147554e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099121773 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009912 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.8009743e-05 2.0635976e-06 5.0854797e-06), Final residual = (1.9441579e-07 9.9073239e-09 4.069989e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00098904507 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.000989 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.7993746e-05 2.0625098e-06 5.0864388e-06), Final residual = (1.9698781e-07 1.0040641e-08 4.7343153e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099158409 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009916 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9548244e-05 2.0628837e-06 5.203513e-06), Final residual = (1.9895006e-07 1.0128251e-08 5.3766281e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00098864249 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009886 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (3.0380436e-05 2.0636139e-06 5.2670722e-06), Final residual = (1.8829586e-07 9.5801453e-09 5.0037598e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.1737062 0 0.53873372 water fraction, min, max = 0.015103733 -0.00099117923 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0009912 COUPLED: not converged within 20 iterations ExecutionTime = 244.33 s ClockTime = 261 s Courant Number max: 0.026632855 deltaT = 1.1625797 Time = 6.99169 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (2.9144161e-05 0.00029550659 0.00043549298), Final residual = (4.9708351e-06 3.0408803e-07 1.8539189e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.00117673 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0011767 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0015473716 9.0716862e-06 0.00014243895), Final residual = (5.2104857e-06 3.3259536e-07 1.2245323e-08), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.001306595 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0013066 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00050806583 3.384348e-06 5.0965278e-05), Final residual = (2.483325e-06 1.526451e-07 1.1659429e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.015129491 -0.0012921256 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012921 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00025616406 3.1009662e-06 2.7606901e-05), Final residual = (2.0469206e-06 1.2871725e-07 3.0875857e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012980988 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012981 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00015358779 2.9662995e-06 1.8191127e-05), Final residual = (1.4213005e-06 8.932136e-08 7.1918982e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.015129491 -0.0012908812 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012909 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0001057882 2.8994455e-06 1.3747275e-05), Final residual = (9.4634139e-07 5.9549541e-08 5.9247929e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012925634 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012926 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.1459628e-05 2.855124e-06 1.1523028e-05), Final residual = (6.8284625e-07 4.2927152e-08 3.4140091e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012951037 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012951 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.9285775e-05 2.8310008e-06 1.0405555e-05), Final residual = (5.2752897e-07 3.3222267e-08 1.6712578e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012921982 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012922 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.9898479e-05 2.8203361e-06 1.0471945e-05), Final residual = (6.1616787e-07 3.8585194e-08 1.196728e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012946 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012946 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.934438e-05 2.8226579e-06 1.0419038e-05), Final residual = (5.8184466e-07 3.6432022e-08 1.2186931e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012908285 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012908 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.8074657e-05 2.8191983e-06 1.0299766e-05), Final residual = (5.663686e-07 3.5443757e-08 1.1978305e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012934416 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012934 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6542118e-05 2.8225841e-06 1.0166604e-05), Final residual = (5.4651632e-07 3.4169218e-08 9.7520403e-10), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012933092 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012933 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.7979226e-05 2.8180224e-06 1.0296588e-05), Final residual = (4.9883614e-07 3.1273201e-08 1.0490992e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.001291622 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012916 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5872489e-05 2.8167798e-06 1.0108601e-05), Final residual = (5.0249833e-07 3.136127e-08 1.006923e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012954879 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012955 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6601542e-05 2.8139277e-06 1.0170507e-05), Final residual = (5.2134916e-07 3.2651689e-08 1.2959702e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012884681 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012885 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.5721901e-05 2.8143311e-06 1.0090084e-05), Final residual = (4.7910732e-07 3.0003925e-08 1.0708626e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012975922 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012976 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6194334e-05 2.812951e-06 1.0138771e-05), Final residual = (4.8216798e-07 3.0168081e-08 1.3874534e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012946526 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012947 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.723369e-05 2.8124049e-06 1.0234286e-05), Final residual = (4.7760757e-07 2.9820152e-08 1.3508218e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012928151 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012928 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.7191285e-05 2.8112622e-06 1.0228607e-05), Final residual = (4.506923e-07 2.8136976e-08 1.2468909e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012922283 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012922 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.621874e-05 2.8135003e-06 1.0147037e-05), Final residual = (4.611504e-07 2.890264e-08 1.3344126e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17368044 0 0.53873372 water fraction, min, max = 0.01512949 -0.0012931547 0.999 Phase-sum volume fraction, min, max = 1.0000002 1 1.0012932 COUPLED: not converged within 20 iterations ExecutionTime = 248.02 s ClockTime = 265 s Courant Number max: 0.031937555 deltaT = 1.3928123 Time = 8.3845 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (6.6065664e-05 0.00035162249 0.00052126035), Final residual = (6.0353551e-06 4.5122562e-07 2.6438355e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0015335713 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0015336 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0011665739 1.2759463e-05 0.00013330454), Final residual = (6.8235566e-06 5.2789989e-07 1.5886541e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160375 -0.0016596333 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016596 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00043116303 4.3397988e-06 5.3616345e-05), Final residual = (2.5244445e-06 1.9363034e-07 1.1109542e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016477367 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016477 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00019591097 3.9421478e-06 2.7284652e-05), Final residual = (1.9053536e-06 1.4655942e-07 1.5458045e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016522585 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016523 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00012513424 3.7627126e-06 1.9196731e-05), Final residual = (9.5195488e-07 7.3496992e-08 1.0145305e-10), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016494916 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016495 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.9988884e-05 3.6920196e-06 1.6488232e-05), Final residual = (7.3358002e-07 5.6588268e-08 2.6544894e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016488473 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016488 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.9965022e-05 3.6337589e-06 1.5268764e-05), Final residual = (8.8128451e-07 6.7458606e-08 1.8058836e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016501345 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016501 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.9792877e-05 3.6696321e-06 1.5342829e-05), Final residual = (8.1278571e-07 6.2404903e-08 1.3367295e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.001650778 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016508 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.0009763e-05 3.6390591e-06 1.5282798e-05), Final residual = (8.4537907e-07 6.4733894e-08 1.4319805e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016554018 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016554 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.1696261e-05 3.6692598e-06 1.5563247e-05), Final residual = (8.0914607e-07 6.2232121e-08 1.5564053e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016406218 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016406 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.9370616e-05 3.6324937e-06 1.5202882e-05), Final residual = (8.3287403e-07 6.3713309e-08 1.9457462e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016522221 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016522 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.1636164e-05 3.6731067e-06 1.5571203e-05), Final residual = (7.3449663e-07 5.6223447e-08 1.4720231e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016421378 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016421 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.8529407e-05 3.6301748e-06 1.5113894e-05), Final residual = (7.8402703e-07 6.0126324e-08 1.7359654e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016504397 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016504 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.0137512e-05 3.6629198e-06 1.5393192e-05), Final residual = (7.0811814e-07 5.4271795e-08 1.4910493e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.001653782 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016538 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.5421467e-05 3.6223613e-06 1.4758665e-05), Final residual = (7.059259e-07 5.407977e-08 1.6451288e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016517762 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016518 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.9038421e-05 3.6581827e-06 1.5280513e-05), Final residual = (6.579118e-07 5.0419513e-08 1.3802557e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016477639 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016478 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.9450186e-05 3.6289594e-06 1.5236085e-05), Final residual = (6.4363589e-07 4.9053882e-08 1.455512e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016516494 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016516 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.0420223e-05 3.6539298e-06 1.5438851e-05), Final residual = (6.3465482e-07 4.8591485e-08 1.4546656e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016415468 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016415 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.8736769e-05 3.6187701e-06 1.5143504e-05), Final residual = (7.0349358e-07 5.3811571e-08 1.7310922e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016478654 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016479 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.6907789e-05 3.6522975e-06 1.5034761e-05), Final residual = (6.4702864e-07 4.9561325e-08 1.7236361e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17364955 0 0.53873372 water fraction, min, max = 0.015160376 -0.0016451084 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.0016451 COUPLED: not converged within 20 iterations ExecutionTime = 251.76 s ClockTime = 268 s Courant Number max: 0.04145835 deltaT = 1.6691857 Time = 10.0537 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.748308e-05 0.00041730844 0.00062108008), Final residual = (5.5695085e-06 5.1015297e-07 4.6217055e-09), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873372 water fraction, min, max = 0.015197409 -0.0019557748 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0019558 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0010569771 1.7294908e-05 0.0001538554), Final residual = (7.4844956e-06 7.0201136e-07 2.2760133e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020727232 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020727 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0003712716 5.1063771e-06 5.6296782e-05), Final residual = (2.7342965e-06 2.5916269e-07 1.2435713e-08), No Iterations 6 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.01519741 -0.0020592234 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020592 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00015505857 4.6167134e-06 2.7270996e-05), Final residual = (1.3277767e-06 1.2512267e-07 5.4505584e-10), No Iterations 8 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020581075 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020581 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00010194081 4.3296156e-06 1.9789531e-05), Final residual = (9.5592944e-07 9.0049486e-08 2.1773494e-10), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020563864 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020564 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (9.2206664e-05 4.2765645e-06 1.8724118e-05), Final residual = (8.2723325e-07 7.799319e-08 2.2215943e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020676457 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020676 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.2440747e-05 4.2419181e-06 1.711048e-05), Final residual = (7.6601976e-07 7.2050432e-08 3.95465e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020593953 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020594 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.4252625e-05 4.2366458e-06 1.7621173e-05), Final residual = (8.1125768e-07 7.6241991e-08 8.9801037e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020528602 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020529 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.859561e-05 4.2312238e-06 1.6583743e-05), Final residual = (7.7794997e-07 7.3230954e-08 2.5671619e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020546894 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020547 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.0758143e-05 4.2279911e-06 1.7121872e-05), Final residual = (6.1607515e-07 5.8095615e-08 1.1974694e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020621876 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020622 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.857526e-05 4.2095142e-06 1.6604714e-05), Final residual = (7.169143e-07 6.7321685e-08 5.4448403e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020532544 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020533 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.2180241e-05 4.2217289e-06 1.7327108e-05), Final residual = (8.0852914e-07 7.5678929e-08 1.7696238e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020516107 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020516 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.1174079e-05 4.2184346e-06 1.6950563e-05), Final residual = (8.1674698e-07 7.6341619e-08 1.6001495e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020580851 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020581 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.310307e-05 4.2276264e-06 1.7456048e-05), Final residual = (8.0768514e-07 7.5696304e-08 1.7381638e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020610073 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.002061 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.8375169e-05 4.2116029e-06 1.6559136e-05), Final residual = (6.3023188e-07 5.9282634e-08 2.8722956e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020562819 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020563 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.9985451e-05 4.2126173e-06 1.703356e-05), Final residual = (8.0183967e-07 7.4984759e-08 1.8150741e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020538556 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020539 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (7.8062917e-05 4.2168127e-06 1.6516621e-05), Final residual = (7.6683938e-07 7.1610533e-08 1.546337e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020571554 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020572 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.1060688e-05 4.2188962e-06 1.7169214e-05), Final residual = (7.7941179e-07 7.29938e-08 1.6451441e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020615279 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020615 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.0550314e-05 4.2137691e-06 1.6866013e-05), Final residual = (7.5540303e-07 7.0539195e-08 1.5563901e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.00205563 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020556 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.3248277e-05 4.2238516e-06 1.7484358e-05), Final residual = (7.6977453e-07 7.2167843e-08 1.641156e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17361252 0 0.53873371 water fraction, min, max = 0.015197409 -0.0020568358 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0020568 COUPLED: not converged within 20 iterations ExecutionTime = 255.78 s ClockTime = 272 s Courant Number max: 0.057365552 deltaT = 1.9998734 Time = 12.0536 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (8.2063685e-05 0.00049352393 0.00073551226), Final residual = (6.9151462e-06 7.7032229e-07 4.5968022e-09), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0024336215 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0024336 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00154037 2.2982976e-05 0.00027922775), Final residual = (9.7488989e-06 1.1162519e-06 3.3705319e-08), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241769 -0.0025160612 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025161 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00037632128 6.1105045e-06 6.7814764e-05), Final residual = (3.7436469e-06 4.2779246e-07 2.1690132e-09), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241768 -0.0025042682 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025043 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00019590761 5.4053746e-06 3.913436e-05), Final residual = (1.8618812e-06 2.130129e-07 2.0192444e-09), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.002516005 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.002516 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00017246489 4.9076082e-06 3.5135147e-05), Final residual = (1.5806625e-06 1.8101232e-07 2.1203762e-10), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0025138024 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025138 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00017093995 4.9493482e-06 3.5377023e-05), Final residual = (1.4849638e-06 1.7007273e-07 3.3049795e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0024969885 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.002497 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016836723 4.9002647e-06 3.4460618e-05), Final residual = (1.5694353e-06 1.7950584e-07 5.9901363e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0024969058 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0024969 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016323854 4.9481153e-06 3.4043859e-05), Final residual = (1.4058936e-06 1.607904e-07 5.6318127e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.002492152 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0024922 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016171658 4.8277646e-06 3.3363822e-05), Final residual = (1.4906239e-06 1.7040707e-07 6.0010944e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0025125648 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025126 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016733754 4.9373506e-06 3.4795296e-05), Final residual = (1.67475e-06 1.9150259e-07 2.3659563e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241768 -0.0024958101 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0024958 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016979966 4.9127069e-06 3.4665847e-05), Final residual = (1.3622712e-06 1.5542919e-07 1.1054092e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0024995384 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0024995 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0001672916 4.915099e-06 3.4735897e-05), Final residual = (1.2716186e-06 1.4532316e-07 6.9408058e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0025160229 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.002516 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016174926 4.8328834e-06 3.3411941e-05), Final residual = (1.2317455e-06 1.4067863e-07 6.6014798e-10), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0025039473 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025039 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016879499 4.9003363e-06 3.5065108e-05), Final residual = (1.6605564e-06 1.8959258e-07 4.2137699e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.002514297 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025143 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00017036756 4.8983923e-06 3.4800056e-05), Final residual = (1.7190969e-06 1.9588349e-07 3.8171601e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241768 -0.0025002185 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025002 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016955565 4.9498115e-06 3.5136564e-05), Final residual = (1.6212583e-06 1.8461584e-07 4.6899517e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0025066774 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025067 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0001633971 4.8478417e-06 3.365756e-05), Final residual = (1.6207516e-06 1.8458309e-07 5.7914331e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0024983193 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0024983 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016524298 4.9264062e-06 3.4438793e-05), Final residual = (1.6264569e-06 1.8556145e-07 4.713608e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0025039995 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.002504 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00016928768 4.8943768e-06 3.4625638e-05), Final residual = (1.6033877e-06 1.8258224e-07 3.9372234e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241768 -0.0025047562 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025048 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00017098429 4.9472335e-06 3.5400681e-05), Final residual = (1.5104445e-06 1.7222274e-07 5.0338376e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17356816 0 0.5387337 water fraction, min, max = 0.015241767 -0.0025028702 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0025029 COUPLED: not converged within 20 iterations ExecutionTime = 259.68 s ClockTime = 276 s Courant Number max: 0.077051991 deltaT = 2.3964488 Time = 14.45 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0001695933 0.00058216832 0.00088085402), Final residual = (8.6637155e-06 1.1697346e-06 5.7130403e-09), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873367 water fraction, min, max = 0.015294883 -0.0029493001 0.999 Phase-sum volume fraction, min, max = 1.0000005 1 1.0029493 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0026242749 2.9811319e-05 0.00056127118), Final residual = (1.4958415e-05 2.0445636e-06 2.4435787e-08), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351504 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029695598 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029696 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00045222152 7.6671493e-06 9.4969091e-05), Final residual = (4.2092531e-06 5.8205688e-07 2.3361204e-09), No Iterations 8 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029867231 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029867 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029683024 6.0829021e-06 6.617386e-05), Final residual = (2.5548388e-06 3.5312018e-07 2.5403082e-09), No Iterations 8 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029668293 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029668 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00028522612 5.4676852e-06 6.3743763e-05), Final residual = (2.6439523e-06 3.6540584e-07 9.5503478e-10), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029631328 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029631 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00028933662 5.6230196e-06 6.5085799e-05), Final residual = (2.5811498e-06 3.5584448e-07 3.3374451e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029828395 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029828 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00028246668 5.4597158e-06 6.313724e-05), Final residual = (2.4953219e-06 3.443655e-07 1.5150007e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029737566 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029738 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029172458 5.6173081e-06 6.5754137e-05), Final residual = (2.3378379e-06 3.2283572e-07 1.4666041e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029812799 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029813 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00028885661 5.3793229e-06 6.4577899e-05), Final residual = (2.3520765e-06 3.2466761e-07 1.345357e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029802071 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029802 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029332301 5.5899359e-06 6.6030191e-05), Final residual = (2.8237348e-06 3.8797755e-07 1.113223e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029812548 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029813 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029162151 5.465157e-06 6.4981268e-05), Final residual = (2.6769784e-06 3.6799529e-07 7.3119083e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029854057 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029854 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029840794 5.6055042e-06 6.6974547e-05), Final residual = (2.8794377e-06 3.9639096e-07 1.1388822e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294883 -0.0029792284 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029792 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00028527377 5.4735206e-06 6.373361e-05), Final residual = (2.8775842e-06 3.9511012e-07 1.3060239e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029626623 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029627 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00028839282 5.6192887e-06 6.4877212e-05), Final residual = (2.7041968e-06 3.7174948e-07 1.1553427e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029821963 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029822 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029082787 5.4500602e-06 6.4875872e-05), Final residual = (2.8546052e-06 3.9314627e-07 1.1825499e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294883 -0.0029817983 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029818 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0002959856 5.6347296e-06 6.6568563e-05), Final residual = (2.872675e-06 3.9525113e-07 1.2289039e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029633728 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029634 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029378038 5.4546105e-06 6.5456295e-05), Final residual = (2.6300417e-06 3.6182217e-07 9.1583536e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029637287 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029637 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029657234 5.5657669e-06 6.6542274e-05), Final residual = (2.5708247e-06 3.5335175e-07 1.2204509e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029592296 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029592 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029619926 5.4070126e-06 6.6009461e-05), Final residual = (2.6918067e-06 3.7014958e-07 1.2118607e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029822847 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029823 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029712467 5.6054598e-06 6.6835673e-05), Final residual = (2.53469e-06 3.4841899e-07 9.796187e-09), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17351505 0 0.53873364 water fraction, min, max = 0.015294884 -0.0029737282 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0029737 COUPLED: not converged within 20 iterations ExecutionTime = 263.62 s ClockTime = 280 s Courant Number max: 0.10246228 deltaT = 2.8692177 Time = 17.3192 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00029336747 0.00068379336 0.0010580276), Final residual = (1.2004524e-05 1.951681e-06 1.0855503e-08), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873354 water fraction, min, max = 0.015358404 -0.0034843522 0.999 Phase-sum volume fraction, min, max = 1.0000005 1 1.0034844 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0040447819 3.7977151e-05 0.0010138292), Final residual = (2.0810058e-05 3.3885357e-06 1.0338658e-07), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345152 0 0.53873346 water fraction, min, max = 0.015358409 -0.0033999897 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0034 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00068608623 1.0009449e-05 0.00016862633), Final residual = (6.4411824e-06 1.0721474e-06 1.1929073e-08), No Iterations 7 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358404 -0.003942309 0.999 Phase-sum volume fraction, min, max = 1.0000005 1 1.0039423 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00055495584 9.1480523e-06 0.00013775324), Final residual = (5.3534458e-06 8.8892775e-07 2.4585595e-09), No Iterations 4 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358403 -0.003411613 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0034116 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00066454993 6.8536277e-06 0.00016674148), Final residual = (6.3350116e-06 1.0506468e-06 6.2179844e-09), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358404 -0.010635476 0.999 Phase-sum volume fraction, min, max = 1.0000007 1 1.0106355 COUPLED: iteration 6 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0008000677 1.5793284e-05 0.00018825002), Final residual = (6.6218584e-06 1.0916245e-06 1.5902843e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358403 -0.0034211036 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0034211 COUPLED: iteration 7 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00094231349 1.2759497e-05 0.00022683583), Final residual = (9.2771442e-06 1.5179543e-06 5.8269105e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345152 0 0.53873344 water fraction, min, max = 0.015358405 -0.018058734 0.999 Phase-sum volume fraction, min, max = 1.000001 1 1.0180587 COUPLED: iteration 8 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.001081905 3.4430535e-05 0.00023042341), Final residual = (8.7549947e-06 1.4389964e-06 5.6317017e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358403 -0.0034131852 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0034132 COUPLED: iteration 9 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00102938 1.7682796e-05 0.00023999413), Final residual = (7.2772742e-06 1.1983034e-06 2.2172282e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358404 -0.01249246 0.999 Phase-sum volume fraction, min, max = 1.0000008 1 1.0124925 COUPLED: iteration 10 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0010774801 3.2508354e-05 0.00023857048), Final residual = (6.5462881e-06 1.0772755e-06 1.8917672e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358403 -0.0034182674 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0034183 COUPLED: iteration 11 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0010705689 1.8675005e-05 0.00025128321), Final residual = (8.718462e-06 1.4223221e-06 7.0693676e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345152 0 0.53873344 water fraction, min, max = 0.015358405 -0.02438086 0.999 Phase-sum volume fraction, min, max = 1.0000011 1 1.0243809 COUPLED: iteration 12 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0011705281 4.1380672e-05 0.00024383567), Final residual = (8.6083107e-06 1.4108476e-06 6.4580068e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358403 -0.0033998404 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0033998 COUPLED: iteration 13 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00096907264 2.2669452e-05 0.00021907486), Final residual = (6.5945102e-06 1.0859379e-06 2.1031136e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358404 -0.012384244 0.999 Phase-sum volume fraction, min, max = 1.0000007 1 1.0123842 COUPLED: iteration 14 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00090967493 2.8116562e-05 0.00019918189), Final residual = (8.781278e-06 1.4282273e-06 6.1218097e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358402 -0.0033997686 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0033998 COUPLED: iteration 15 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00091390517 1.2766982e-05 0.00022030363), Final residual = (7.9921114e-06 1.311088e-06 5.2789436e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873345 water fraction, min, max = 0.015358403 -0.011070137 0.999 Phase-sum volume fraction, min, max = 1.0000008 1 1.0110701 COUPLED: iteration 16 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.00099726902 2.25911e-05 0.00022903104), Final residual = (6.3328161e-06 1.0401927e-06 2.188557e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873345 water fraction, min, max = 0.015358403 -0.003412536 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0034125 COUPLED: iteration 17 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0011479447 1.3454164e-05 0.00027529032), Final residual = (1.1147925e-05 1.8214683e-06 9.3076361e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358402 -0.016190271 0.999 Phase-sum volume fraction, min, max = 1.000001 1 1.0161903 COUPLED: iteration 18 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0012785001 3.0824798e-05 0.00028745734), Final residual = (7.5045342e-06 1.2243856e-06 4.1881067e-08), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358403 -0.0034156634 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0034157 COUPLED: iteration 19 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0012933221 2.2897003e-05 0.00029773539), Final residual = (1.0351808e-05 1.6711635e-06 9.7307666e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345152 0 0.53873344 water fraction, min, max = 0.015358405 -0.022544194 0.999 Phase-sum volume fraction, min, max = 1.0000012 1 1.0225442 COUPLED: iteration 20 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0014046832 5.7257733e-05 0.00028087154), Final residual = (1.2564377e-05 2.0556622e-06 9.8241133e-08), No Iterations 2 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17345153 0 0.53873344 water fraction, min, max = 0.015358403 -0.0034155125 0.999 Phase-sum volume fraction, min, max = 1.0000004 1 1.0034155 COUPLED: not converged within 20 iterations ExecutionTime = 267.55 s ClockTime = 284 s Courant Number max: 0.24484666 deltaT = 3.4313501 Time = 20.7506 COUPLED: iteration 1 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0010233322 0.00082974572 0.0013979582), Final residual = (1.3242935e-05 2.6041315e-06 1.0480176e-07), No Iterations 5 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17337566 0 0.5387331 water fraction, min, max = 0.015434271 -0.005639704 0.999 Phase-sum volume fraction, min, max = 1.0000006 1 1.0056397 COUPLED: iteration 2 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.0058543014 6.6014656e-05 0.0016987106), Final residual = (5.1447064e-05 9.7952451e-06 4.4990275e-07), No Iterations 3 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17337566 0 0.53873283 water fraction, min, max = 0.015434265 -0.0037399666 0.999 Phase-sum volume fraction, min, max = 1.0000003 1 1.00374 COUPLED: iteration 3 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.99983357 2.0532259e-05 0.99943481), Final residual = (8.81996e-06 0.010586739 1.3491867e-09), No Iterations 58 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17337555 -0.32235301 0.92990341 water fraction, min, max = 0.015434379 -0.90613626 0.999 Phase-sum volume fraction, min, max = 1.0000779 1 1.9061363 COUPLED: iteration 4 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.98812211 0.006306416 0.9881565), Final residual = (1.2482437e-06 0.011074964 7.6631467e-10), No Iterations 65 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = 0.17337551 -153750.47 334258.26 water fraction, min, max = 0.015434421 -334258.08 153750.49 Phase-sum volume fraction, min, max = 50.520597 1 334259.08 COUPLED: iteration 5 Both matrices are symmetric: inserting only upper triangle BiCGStab: Solving for pAs, Initial residual = (0.75208604 0.26206491 0.94276489), Final residual = (2.7276774e+12 9.1100625e+12 1.91314e+11), No Iterations 1000 rock fraction, min, max = 0.81119007 0.001 0.97998201 oil fraction, min, max = -1.5442043e+14 -2.4535947e+18 7.6122032e+17 water fraction, min, max = 1.5442045e+14 -7.6122032e+17 2.4535947e+18 Phase-sum volume fraction, min, max = 4.7475957e+14 0.001 2.4535947e+18 [openfoam01:2145469] *** Process received signal *** [openfoam01:2145469] Signal: Floating point exception (8) [openfoam01:2145469] Signal code: (-6) [openfoam01:2145469] Failing at address: 0x3e80020bcbd [openfoam01:2145469] [ 0] /lib/x86_64-linux-gnu/libc.so.6(+0x42520)[0x7fefa3614520] [openfoam01:2145469] [ 1] /lib/x86_64-linux-gnu/libc.so.6(pthread_kill+0x12c)[0x7fefa36689fc] [openfoam01:2145469] [ 2] /lib/x86_64-linux-gnu/libc.so.6(raise+0x16)[0x7fefa3614476] [openfoam01:2145469] [ 3] /lib/x86_64-linux-gnu/libc.so.6(+0x42520)[0x7fefa3614520] [openfoam01:2145469] [ 4] /opt/foam/foam-extend-5.0/lib/linux64GccDPInt32Opt/libfoam.so(_ZN4Foam6divideERNS_5FieldIdEERKNS_5UListIdEES6_+0x54)[0x7fefa4355d54] [openfoam01:2145469] [ 5] coupledMatrixFoam(_ZN4FoamdvINS_12fvPatchFieldENS_7volMeshEEENS_3tmpINS_14GeometricFieldIdT_T0_EEEERKS7_SA_+0x346)[0x55d3ea58e8d6] [openfoam01:2145469] [ 6] coupledMatrixFoam(+0x2ecce)[0x55d3ea531cce] [openfoam01:2145469] [ 7] /lib/x86_64-linux-gnu/libc.so.6(+0x29d90)[0x7fefa35fbd90] [openfoam01:2145469] [ 8] /lib/x86_64-linux-gnu/libc.so.6(__libc_start_main+0x80)[0x7fefa35fbe40] [openfoam01:2145469] [ 9] coupledMatrixFoam(+0x32c05)[0x55d3ea535c05] [openfoam01:2145469] *** End of error message *** -------------------------------------------------------------------------- Primary job terminated normally, but 1 process returned a non-zero exit code. Per user-direction, the job has been aborted. -------------------------------------------------------------------------- -------------------------------------------------------------------------- mpirun noticed that process rank 1 with PID 2145469 on node openfoam01 exited on signal 8 (Floating point exception). --------------------------------------------------------------------------