/*---------------------------------------------------------------------------*\ | ========= | | | \\ / 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 : 15:56:52 Host : "openfoam01" PID : 2142896 CtrlDict : "/mnt/efs/volume/simulations/vinicius.mapelli/01KQFVZMY3E7YCT4WHN62SEDQA/system/controlDict" Case : /mnt/efs/volume/simulations/vinicius.mapelli/01KQFVZMY3E7YCT4WHN62SEDQA nProcs : 2 Slaves : 1("openfoam01.2142897") 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 = 5.92 s ClockTime = 6 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 = 9.32 s ClockTime = 9 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 = 12.75 s ClockTime = 13 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 = 16.02 s ClockTime = 16 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 = 19.8 s ClockTime = 22 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 = 26.11 s ClockTime = 44 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 = 32.94 s ClockTime = 67 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