ELMER SOLVER (v 8.4) STARTED AT: 2019/01/05 12:42:58 ParCommInit: Initialize #PEs: 1 MAIN: MAIN: ============================================================= MAIN: ElmerSolver finite element software, Welcome! MAIN: This program is free software licensed under (L)GPL MAIN: Copyright 1st April 1995 - , CSC - IT Center for Science Ltd. MAIN: Webpage http://www.csc.fi/elmer, Email elmeradm@csc.fi MAIN: Version: 8.4 (Rev: cf53b7a, Compiled: 2019-01-04) MAIN: Running one task without MPI parallelization. MAIN: Running with just one thread per task. MAIN: HYPRE library linked in. MAIN: MUMPS library linked in. MAIN: ============================================================= MAIN: MAIN: MAIN: ------------------------------------- MAIN: Reading Model: adjacent_open_coil_V12.sif LoadInputFile: Scanning input file: adjacent_open_coil_V12.sif LoadInputFile: Loading input file: adjacent_open_coil_V12.sif Model Input: Unlisted keyword: [calculate magnetic field density] in section: [solver 3] Model Input: Unlisted keyword: [p {e}] in section: [boundary condition 1] Model Input: Unlisted keyword: [potentiala] in section: [boundary condition 2] Model Input: Unlisted keyword: [potentiala] in section: [boundary condition 3] Loading user function library: [StatCurrentSolve]...[StatCurrentSolver_Init0] Loading user function library: [MagnetoDynamics]...[WhitneyAVSolver_Init0] Loading user function library: [MagnetoDynamics]...[MagnetoDynamicsCalcFields_Init0] Loading user function library: [ResultOutputSolve]...[ResultOutputSolver_Init0] Loading user function library: [SaveData]...[SaveScalars_Init0] LoadMesh: Starting ElmerAsciiMesh: Performing step: 1 LoadMesh: Base mesh name: ./adjacent_open_coil_V01 LoadMesh: Reading header info from file: ./adjacent_open_coil_V01/mesh.header InitializeMesh: Number of nodes in mesh: 15854 InitializeMesh: Number of bulk elements in mesh: 95282 InitializeMesh: Number of boundary elements in mesh: 1810 InitializeMesh: Initial number of max element nodes: 4 ElmerAsciiMesh: Performing step: 2 LoadMesh: Reading nodes from file: ./adjacent_open_coil_V01/mesh.nodes LoadMesh: Performing coordinate mapping SetMeshDimension: Dimension of mesh is: 3 SetMeshDimension: Max dimension of mesh is: 3 ElmerAsciiMesh: Performing step: 3 LoadMesh: Reading bulk elements from file: ./adjacent_open_coil_V01/mesh.elements ElmerAsciiMesh: Performing step: 4 LoadMesh: Reading boundary elements from file: ./adjacent_open_coil_V01/mesh.boundary LoadMesh: Performing node mapping LoadMesh: Remapping bodies LoadMesh: Minimum initial body index: 1 LoadMesh: Maximum initial body index: 3 LoadMesh: Remapping boundaries LoadMesh: Minimum initial boundary index: 1 LoadMesh: Maximum initial boundary index: 5 ElmerAsciiMesh: Performing step: 5 ElmerAsciiMesh: Performing step: 6 LoadMesh: Loading mesh done NonNodalElements: Requested elements require creation of edges FindMeshEdges: Determining faces in 3D mesh FindMeshFaces3D: Number of faces found: 191455 FindMeshEdges: Determining edges in 3D mesh FindMeshEdges3D: Number of edges found: 112026 LoadMesh: Preparing mesh done LoadMesh: Elapsed REAL time: 3.3571 (s) MeshStabParams: Computing stabilization parameters MeshStabParams: Elapsed REAL time: 0.1981 (s) MAIN: ------------------------------------- AddSolvers: Setting up 5 solvers AddSolvers: Setting up solver 1: solving coil 1 AddEquationBasics: Using procedure: StatCurrentSolve StatCurrentSolver AddEquationBasics: Setting up solver: solving coil 1 Loading user function library: [StatCurrentSolve]...[StatCurrentSolver_Init] Loading user function library: [StatCurrentSolve]...[StatCurrentSolver_bulk] Loading user function library: [StatCurrentSolve]...[StatCurrentSolver] AddEquationBasics: Creating standard variable: potentiala OptimizeBandwidth: --------------------------------------------------------- OptimizeBandwidth: Computing matrix structure for: solving coil 1...done. OptimizeBandwidth: Half bandwidth without optimization: 1523 OptimizeBandwidth: OptimizeBandwidth: Bandwidth Optimization ...done. OptimizeBandwidth: Half bandwidth after optimization: 32 OptimizeBandwidth: --------------------------------------------------------- AddSolvers: Setting up solver 2: mgdynamics AddEquationBasics: Using procedure: MagnetoDynamics WhitneyAVSolver AddEquationBasics: Setting up solver: mgdynamics Loading user function library: [MagnetoDynamics]...[WhitneyAVSolver_Init] Loading user function library: [MagnetoDynamics]...[WhitneyAVSolver_bulk] Loading user function library: [MagnetoDynamics]...[WhitneyAVSolver] AddEquationBasics: Creating standard variable: p OptimizeBandwidth: --------------------------------------------------------- OptimizeBandwidth: Computing matrix structure for: mgdynamics...done. OptimizeBandwidth: Half bandwidth without optimization: 111793 OptimizeBandwidth: OptimizeBandwidth: Bandwidth Optimization ...done. OptimizeBandwidth: Half bandwidth after optimization: 9546 OptimizeBandwidth: --------------------------------------------------------- AddSolvers: Setting up solver 3: mgdynamicscalc AddEquationBasics: Using procedure: MagnetoDynamics MagnetoDynamicsCalcFields AddEquationBasics: Setting up solver: mgdynamicscalc Loading user function library: [MagnetoDynamics]...[MagnetoDynamicsCalcFields_Init] Loading user function library: [MagnetoDynamics]...[MagnetoDynamicsCalcFields_bulk] Loading user function library: [MagnetoDynamics]...[MagnetoDynamicsCalcFields] AddEquationBasics: Creating standard variable: hr_dummy OptimizeBandwidth: --------------------------------------------------------- OptimizeBandwidth: Computing matrix structure for: mgdynamicscalc...done. OptimizeBandwidth: Half bandwidth without optimization: 15584 OptimizeBandwidth: OptimizeBandwidth: Bandwidth Optimization ...done. OptimizeBandwidth: Half bandwidth after optimization: 2643 OptimizeBandwidth: --------------------------------------------------------- CreateDGPerm: Created permutation for DG nodes: 381128 CreateDGPerm: Created permutation for DG nodes: 381128 AddSolvers: Setting up solver 4: AddEquationBasics: Using procedure: ResultOutputSolve ResultOutputSolver Loading user function library: [ResultOutputSolve]...[ResultOutputSolver_Init] Loading user function library: [ResultOutputSolve]...[ResultOutputSolver] AddSolvers: Setting up solver 5: AddEquationBasics: Using procedure: SaveData SaveScalars Loading user function library: [SaveData]...[SaveScalars_Init] Loading user function library: [SaveData]...[SaveScalars] AddMeshCoordinatesAndTime: Setting mesh coordinates and time SetInitialConditions: Setting up initial conditions (if any) MAIN: MAIN: ------------------------------------- MAIN: Steady state iteration: 1 MAIN: ------------------------------------- MAIN: SingleSolver: Attempting to call solver SingleSolver: Solver Equation string is: solving coil 1 StatCurrentSolve: ------------------------------------- StatCurrentSolve: STAT CURRENT SOLVER: StatCurrentSolve: ------------------------------------- DefaultStart: Starting solver: solving coil 1 StatElecSolve: Starting Assembly... DefUtils::DefaultDirichletBCs: Setting Dirichlet boundary conditions EnforceDirichletConditions: Applying Dirichlet conditions using scaled diagonal ScaleLinearSystem: Scaling diagonal entries to unity DefUtils::DefaultDirichletBCs: Dirichlet boundary conditions set StatCurrentSolve: Assembly (s) : 2.7999999999999581E-002 DefaultSolve: Solving linear system with default routines SolveSystem: Solving linear system SolveLinearSystem: Assuming real valued linear system ScaleLinearSystem: Scaling diagonal entries to unity SolveSystem: Linear System Solver: iterative SolveSystem: Serial linear System Solver: iterative IterSolver: Using iterative method: bicgstab2 1 0.7204E-01 2 0.3558E-01 3 0.2457E-01 4 0.1719E-01 5 0.1358E-01 6 0.1131E-01 7 0.9292E-02 8 0.7618E-02 9 0.6537E-02 10 0.5708E-02 11 0.5073E-02 12 0.4645E-02 13 0.4219E-02 14 0.3854E-02 15 0.3573E-02 16 0.3253E-02 17 0.2992E-02 18 0.2779E-02 19 0.2604E-02 20 0.2463E-02 21 0.2345E-02 22 0.2239E-02 23 0.2132E-02 24 0.1992E-02 25 0.1862E-02 26 0.1727E-02 27 0.1634E-02 28 0.1578E-02 29 0.1529E-02 30 0.1489E-02 31 0.1438E-02 32 0.1496E-02 33 0.1112E-02 34 0.1051E-02 35 0.9925E-03 36 0.9439E-03 37 0.9187E-03 38 0.8841E-03 39 0.8566E-03 40 0.8347E-03 41 0.8089E-03 42 0.7966E-03 43 0.7676E-03 44 0.7530E-03 45 0.7462E-03 46 0.7221E-03 47 0.7051E-03 48 0.6821E-03 49 0.6683E-03 50 0.6281E-03 51 0.6290E-03 52 0.6207E-03 53 0.6087E-03 54 0.5480E-03 55 0.5415E-03 56 0.5286E-03 57 0.4847E-03 58 0.4732E-03 59 0.4574E-03 60 0.4527E-03 61 0.4669E-03 62 0.4282E-03 63 0.4189E-03 64 0.4117E-03 65 0.4077E-03 66 0.3847E-03 67 0.3817E-03 68 0.3203E-03 69 0.4402E-03 70 0.3170E-03 71 0.3025E-03 72 0.2958E-03 73 0.2961E-03 74 0.2898E-03 75 0.2810E-03 76 0.2776E-03 77 0.2721E-03 78 0.2664E-03 79 0.2623E-03 80 0.2586E-03 81 0.2605E-03 82 0.2569E-03 83 0.2498E-03 84 0.2477E-03 85 0.2454E-03 86 0.2419E-03 87 0.2391E-03 88 0.2352E-03 89 0.2339E-03 90 0.2371E-03 91 0.2299E-03 92 0.2239E-03 93 0.2223E-03 94 0.2200E-03 95 0.2152E-03 96 0.2148E-03 97 0.2116E-03 98 0.2080E-03 99 0.2065E-03 100 0.2038E-03 101 0.2001E-03 102 0.2010E-03 103 0.1986E-03 104 0.1963E-03 105 0.1941E-03 106 0.1921E-03 107 0.2000E-03 108 0.1957E-03 109 0.1879E-03 110 0.1865E-03 111 0.1842E-03 112 0.1831E-03 113 0.1814E-03 114 0.1793E-03 115 0.1760E-03 116 0.1762E-03 117 0.1761E-03 118 0.1744E-03 119 0.1722E-03 120 0.1698E-03 121 0.1686E-03 122 0.1663E-03 123 0.1654E-03 124 0.1631E-03 125 0.1619E-03 126 0.1605E-03 127 0.1594E-03 128 0.1565E-03 129 0.1566E-03 130 0.1558E-03 131 0.1529E-03 132 0.1530E-03 133 0.1555E-03 134 0.1502E-03 135 0.1492E-03 136 0.1930E-03 137 0.1773E-03 138 0.1389E-03 139 0.1321E-03 140 0.1299E-03 141 0.1316E-03 142 0.1274E-03 143 0.1262E-03 144 0.1246E-03 145 0.1237E-03 146 0.1067E-03 147 0.1096E-03 148 0.1182E-03 149 0.1155E-03 150 0.1136E-03 151 0.1138E-03 152 0.1036E-03 153 0.1078E-03 154 0.1059E-03 155 0.1026E-03 156 0.1013E-03 157 0.1017E-03 158 0.1012E-03 159 0.9953E-04 160 0.9787E-04 161 0.9692E-04 162 0.9433E-04 163 0.9318E-04 164 0.9434E-04 165 0.9263E-04 166 0.8904E-04 167 0.8737E-04 168 0.8579E-04 169 0.8446E-04 170 0.8264E-04 171 0.8066E-04 172 0.7980E-04 173 0.8476E-04 174 0.7742E-04 175 0.7517E-04 176 0.7356E-04 177 0.7210E-04 178 0.7037E-04 179 0.7269E-04 180 0.6652E-04 181 0.6461E-04 182 0.6314E-04 183 0.6029E-04 184 0.5908E-04 185 0.5724E-04 186 0.5407E-04 187 0.5292E-04 188 0.5002E-04 189 0.4760E-04 190 0.4686E-04 191 0.4387E-04 192 0.4268E-04 193 0.3972E-04 194 0.3849E-04 195 0.3690E-04 196 0.3352E-04 197 0.3346E-04 198 0.3333E-04 199 0.3023E-04 200 0.2854E-04 201 0.2801E-04 202 0.2451E-04 203 0.2367E-04 204 0.2137E-04 205 0.1859E-04 206 0.1769E-04 207 0.1567E-04 208 0.1530E-04 209 0.1241E-04 210 0.1074E-04 211 0.9613E-05 212 0.6516E-05 213 0.6220E-05 214 0.8313E-05 215 0.5000E-05 216 0.1580E-05 217 0.1318E-05 218 0.1638E-06 219 0.3562E-04 220 0.4527E-07 221 0.6263E-07 222 0.1956E-07 223 0.4610E-09 224 0.1077E-09 225 0.3940E-10 225 0.3940E-10 ComputeNorm: Computing norm of solution ComputeChange: NS (ITER=1) (NRM,RELC): ( 0.29070083E-01 2.0000000 ) :: solving coil 1 StatCurrentSolve: Solve (s) : 4.4000000000000483E-002 StatCurrentSolve: Total Heating Power : 4.3973339212897091 StatCurrentSolve: Effective Resistance : 5.6852630360779307E-004 StatCurrentSolve: Total Volume : 4.0837387672323649E-006 StatCurrentSolve: Total Current : 87.946678425794175 StatCurrentSolve: Control Scaling : 0.45482104288623443 DefaultFinish: Finished solver: solving coil 1 Loading user function library: [StatCurrentSolve]...[StatCurrentSolver_post] ComputeNorm: Computing norm of solution ComputeChange: SS (ITER=1) (NRM,RELC): ( 0.13221685E-01 2.0000000 ) :: solving coil 1 SingleSolver: Attempting to call solver SingleSolver: Solver Equation string is: mgdynamics WhitneyAVSolver: ------------------------------------------- WhitneyAVSolver: Solving the AV equations with edge elements OptimizeBandwidth: --------------------------------------------------------- OptimizeBandwidth: Computing matrix structure for: mgdynamics...done. OptimizeBandwidth: Half bandwidth without optimization: 15584 OptimizeBandwidth: OptimizeBandwidth: Bandwidth Optimization ...done. OptimizeBandwidth: Half bandwidth after optimization: 2643 OptimizeBandwidth: --------------------------------------------------------- DefUtils::DefaultDirichletBCs: Setting Dirichlet boundary conditions EnforceDirichletConditions: No Dirichlet conditions to enforce, exiting! DefUtils::DefaultDirichletBCs: Dirichlet boundary conditions set DefaultSolve: Solving linear system with default routines SolveSystem: Solving linear system SolveLinearSystem: Assuming real valued linear system SolveSystem: Solution trivially zero! DefaultStart: Starting solver: mgdynamics MGDynAssembly: Elapsed REAL time: 7.0004 (s) DefUtils::DefaultDirichletBCs: Setting Dirichlet boundary conditions EnforceDirichletConditions: Applying Dirichlet conditions using scaled diagonal ScaleLinearSystem: Scaling diagonal entries to unity DefUtils::DefaultDirichletBCs: Dirichlet boundary conditions set DefaultSolve: Solving linear system with default routines SolveSystem: Solving linear system SolveLinearSystem: Assuming real valued linear system ScaleLinearSystem: Scaling diagonal entries to unity SolveSystem: Linear System Solver: iterative SolveSystem: Serial linear System Solver: iterative WARNING:: IterSolver: > Linear System Iterative Method < not found, using BiCGstab 1 0.6078E+00 2 0.5147E+00 3 0.4702E+00 4 0.4273E+00 5 0.3883E+00 6 0.3596E+00 7 0.3379E+00 8 0.3173E+00 9 0.2971E+00 10 0.2798E+00 11 0.2661E+00 12 0.2548E+00 13 0.2442E+00 14 0.2341E+00 15 0.2246E+00 16 0.2163E+00 17 0.2089E+00 18 0.2019E+00 19 0.1950E+00 20 0.1879E+00 21 0.1807E+00 22 0.1736E+00 23 0.1669E+00 24 0.1603E+00 25 0.1539E+00 26 0.1476E+00 27 0.1412E+00 28 0.1345E+00 29 0.1275E+00 30 0.1202E+00 31 0.1126E+00 32 0.1049E+00 33 0.9792E-01 34 0.9001E-01 35 0.8546E-01 36 0.7627E-01 37 0.7712E-01 38 0.7487E-01 39 0.7209E-01 40 0.7061E-01 41 0.7002E-01 42 0.6957E-01 43 0.6866E-01 44 0.6812E-01 45 0.6934E-01 46 0.6146E-01 47 0.6097E-01 48 0.6073E-01 49 0.6057E-01 50 0.5984E-01 51 0.5960E-01 52 0.5901E-01 53 0.5867E-01 54 0.5857E-01 55 0.5808E-01 56 0.5790E-01 57 0.5773E-01 58 0.5677E-01 59 0.5635E-01 60 0.5626E-01 61 0.5669E-01 62 0.5616E-01 63 0.5627E-01 64 0.6246E-01 65 0.5650E-01 66 0.5545E-01 67 0.5534E-01 68 0.5561E-01 69 0.5554E-01 70 0.5622E-01 71 0.5626E-01 72 0.5687E-01 73 0.5615E-01 74 0.5784E-01 75 0.5583E-01 76 0.5584E-01 77 0.5747E-01 78 0.5721E-01 79 0.5606E-01 80 0.5631E-01 81 0.5695E-01 82 0.5683E-01 83 0.5669E-01 84 0.5754E-01 85 0.5773E-01 86 0.5813E-01 87 0.5857E-01 88 0.5905E-01 89 0.5968E-01 90 0.6033E-01 91 0.6118E-01 92 0.6298E-01 93 0.5932E-01 94 0.5820E-01 95 0.5862E-01 96 0.5944E-01 97 0.5910E-01 98 0.5931E-01 99 0.6059E-01 100 0.6122E-01 101 0.6173E-01 102 0.6376E-01 103 0.6313E-01 104 0.6436E-01 105 0.6392E-01 106 0.6301E-01 107 0.6327E-01 108 0.6495E-01 109 0.6557E-01 110 0.6766E-01 111 0.6844E-01 112 0.5951E-01 113 0.7092E-01 114 0.7305E-01 115 0.7586E-01 116 0.7747E-01 117 0.8237E-01 118 0.8281E-01 119 0.8271E-01 120 0.8945E-01 121 0.9118E-01 122 0.1008E+00 123 0.1014E+00 124 0.9824E-01 125 0.1037E+00 126 0.1066E+00 127 0.1121E+00 128 0.1162E+00 129 0.1225E+00 130 0.1274E+00 131 0.1364E+00 132 0.1403E+00 133 0.1520E+00 134 0.1493E+00 135 0.1555E+00 136 0.1554E+00 137 0.1513E+00 138 0.1464E+00 139 0.1537E+00 140 0.1584E+00 141 0.1579E+00 142 0.1645E+00 143 0.1762E+00 144 0.1753E+00 145 0.1760E+00 146 0.1909E+00 147 0.1954E+00 148 0.2048E+00 149 0.2155E+00 150 0.2227E+00 151 0.2421E+00 152 0.1261E+00 153 0.2094E+00 154 0.1724E+00 155 0.1716E+00 156 0.1910E+00 157 0.1991E+00 158 0.2053E+00 159 0.2317E+00 160 0.2108E+00 161 0.2162E+00 162 0.2247E+00 163 0.2083E+00 164 0.1922E+00 165 0.1536E+00 166 0.1781E+00 167 0.1785E+00 168 0.1741E+00 169 0.2334E+00 170 0.2036E+00 171 0.2008E+00 172 0.2173E+00 173 0.2412E+00 174 0.2433E+00 175 0.2257E+00 176 0.2812E+00 177 0.2951E+00 178 0.3359E+00 179 0.3427E+00 180 0.3176E+00 181 0.3342E+00 182 0.2900E+00 183 0.4300E+00 184 0.3479E+00 185 0.3404E+00 186 0.4152E+00 187 0.3988E+00 188 0.5065E+00 189 0.4960E+00 190 0.5280E+00 191 0.5575E+00 192 0.6258E+00 193 0.6430E+00 194 0.6348E+00 195 0.7506E+00 196 0.8303E+00 197 0.7984E+00 198 0.8413E+00 199 0.9106E+00 200 0.9608E+00 201 0.9393E+00 202 0.3316E+01 203 0.1145E+01 204 0.1208E+01 205 0.1173E+01 206 0.1298E+01 207 0.1369E+01 208 0.1246E+01 209 0.1571E+01 210 0.1531E+01 211 0.1724E+01 212 0.1815E+01 213 0.1945E+01 214 0.2090E+01 215 0.2176E+01 216 0.5239E+01 217 0.2249E+01 218 0.2707E+01 219 0.2672E+01 220 0.2434E+01 221 0.2372E+01 222 0.2458E+01 223 0.2570E+01 224 0.2807E+01 225 0.2870E+01 226 0.3163E+01 227 0.3131E+01 228 0.3411E+01 229 0.3519E+01 230 0.3747E+01 231 0.3857E+01 232 0.4134E+01 233 0.4116E+01 234 0.4471E+01 235 0.4389E+01 236 0.4609E+01 237 0.4541E+01 238 0.4840E+01 239 0.4763E+01 240 0.5023E+01 241 0.5129E+01 242 0.5511E+01 243 0.5497E+01 244 0.1143E+01 245 0.6033E+01 246 0.5954E+01 247 0.5973E+01 248 0.5911E+01 249 0.6350E+01 250 0.6353E+01 251 0.6523E+01 252 0.6684E+01 253 0.6667E+01 254 0.7089E+01 255 0.6927E+01 256 0.6886E+01 257 0.7442E+01 258 0.7216E+01 259 0.7268E+01 260 0.7467E+01 261 0.7482E+01 262 0.7748E+01 263 0.6558E+01 264 0.7826E+01 265 0.7746E+01 266 0.8053E+01 267 0.8044E+01 268 0.8088E+01 269 0.8282E+01 270 0.8496E+01 271 0.8364E+01 272 0.8316E+01 273 0.8383E+01 274 0.8252E+01 275 0.8238E+01 276 0.8891E+01 277 0.8572E+01 278 0.8599E+01 279 0.1226E+02 280 0.8913E+01 281 0.8891E+01 282 0.8923E+01 283 0.9399E+01 284 0.9477E+01 285 0.8793E+01 286 0.8335E+01 287 0.8619E+01 288 0.8691E+01 289 0.8731E+01 290 0.9429E+01 291 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0.2211E+16 1022 0.2209E+16 1023 0.2153E+16 1024 0.2161E+16 1025 0.2157E+16 1026 0.3646E+16 1027 0.2387E+16 1028 0.2174E+16 1029 0.2295E+16 1030 0.2176E+16 1031 0.2173E+16 1032 0.2177E+16 1033 0.2753E+16 1034 0.2213E+16 1035 0.2193E+16 1036 0.2191E+16 1037 0.2194E+16 1038 0.2190E+16 1039 0.2193E+16 1040 0.2192E+16 1041 0.2193E+16 1042 0.2224E+16 1043 0.2209E+16 1044 0.2197E+16 1045 0.2197E+16 1046 0.2201E+16 1047 0.2201E+16 1048 0.2313E+16 1049 0.2344E+16 1050 0.2226E+16 1051 0.2207E+16 1052 0.2306E+16 1053 0.2465E+16 1054 0.2362E+16 1055 0.2348E+16 1056 0.2431E+16 1057 0.2383E+16 1058 0.2533E+16 1059 0.2429E+16 1060 0.2356E+16 1061 0.2563E+16 1062 0.2221E+16 1063 0.2258E+16 1064 0.1302E+17 1065 0.2121E+17 1066 0.9396E+16 1067 0.1309E+17 1068 0.1253E+17 1069 0.2292E+17 1070 0.1967E+17 1071 0.2158E+17 1072 0.1987E+17 1073 0.2167E+17 1074 0.2032E+17 1075 0.1876E+17 1076 0.2063E+17 1077 0.1936E+17 1078 0.1798E+17 1079 0.6322E+17 1080 0.2300E+17 1081 0.1891E+17 1082 0.1818E+17 1083 0.1996E+17 1084 0.2240E+17 1085 0.1667E+17 1086 0.1941E+17 1087 0.1813E+17 1088 0.1724E+17 1089 0.1679E+17 1090 0.1686E+17 1091 0.1672E+17 1092 0.1423E+17 1093 0.1497E+17 1094 0.1450E+17 1095 0.1413E+17 1096 0.1508E+17 1097 0.1497E+17 1098 0.1496E+17 1099 0.1504E+17 1100 0.1513E+17 1101 0.1473E+17 1102 0.1499E+17 1103 0.1323E+17 1104 0.1276E+17 1105 0.1278E+17 1106 0.1291E+17 1107 0.1284E+17 1108 0.1320E+17 1109 0.1436E+17 1110 0.1221E+17 1111 0.7583E+16 1112 0.1357E+17 1113 0.7786E+16 1114 0.8742E+16 1115 0.7421E+16 1116 0.7448E+16 1117 0.7577E+16 1118 0.7612E+16 1119 0.7683E+16 1120 0.9712E+16 1121 0.9659E+16 1122 0.1019E+17 1123 0.1190E+17 1124 0.9029E+16 1125 0.8575E+16 1126 0.1729E+17 1127 0.1503E+17 1128 0.1751E+17 1129 0.1907E+17 1130 0.1847E+17 1131 0.1856E+17 1132 0.1977E+17 1133 0.1933E+17 1134 0.1954E+17 1135 0.6739E+17 1136 0.8179E+17 1137 0.2228E+18 1138 0.1683E+18 1139 0.1868E+17 1140 0.3710E+17 1141 0.1640E+17 1142 0.3192E+17 1143 0.1775E+18 1144 0.7154E+18 1145 0.5530E+18 1146 0.5775E+18 1147 0.1002E+19 1148 0.9859E+18 1149 0.1421E+19 1150 0.1677E+19 1151 0.1647E+19 1152 0.2889E+19 1153 0.2956E+19 1154 0.2807E+19 1155 0.2819E+19 1156 0.2869E+19 1157 0.2836E+19 1158 0.2979E+19 1159 0.3104E+19 1160 0.3061E+19 1161 0.2882E+19 1162 0.2890E+19 1163 0.2371E+19 1164 0.2211E+19 1165 0.2217E+19 1166 0.2564E+19 1167 0.1615E+20 1168 0.1449E+20 1169 0.1375E+20 1170 0.1513E+20 1171 0.6635E+19 1172 0.8096E+19 1173 0.2105E+20 1174 0.3856E+20 1175 0.1288E+21 1175 0.1288E+21 NUMERICAL WARNING:: IterSolve: System diverged over maximum tolerance. ComputeNorm: Computing norm of solution ComputeChange: NS (ITER=1) (NRM,RELC): ( 0.10156860E+26 2.0000000 ) :: mgdynamics DefaultFinish: Finished solver: mgdynamics WhitneyAVSolver: All done WhitneyAVSolver: ------------------------------------------- Loading user function library: [MagnetoDynamics]...[WhitneyAVSolver_post] ComputeNorm: Computing norm of solution ComputeChange: SS (ITER=1) (NRM,RELC): ( 0.10156860E+26 2.0000000 ) :: mgdynamics SingleSolver: Attempting to call solver SingleSolver: Solver Equation string is: mgdynamicscalc MagnetoDynamicsCalcFields: ------------------------------ MagnetoDynamicsCalcFields: Computing postprocessed fields MagnetoDynamicsCalcFields: Solving for field: magnetic flux density[magnetic flux density:3] DefaultSolve: Solving linear system with default routines SolveSystem: Solving linear system SolveLinearSystem: Assuming real valued linear system ScaleLinearSystem: Scaling diagonal entries to unity SolveSystem: Linear System Solver: iterative SolveSystem: Serial linear System Solver: iterative IterSolver: Using iterative method: bicgstab2 1 0.3206E-02 2 0.8259E-04 3 0.2258E-05 4 0.6584E-07 5 0.1996E-08 5 0.1996E-08 ComputeNorm: Computing norm of solution ComputeChange: NS (ITER=1) (NRM,RELC): ( 0.11276562E+17 2.0000000 ) :: mgdynamicscalc DefaultSolve: Solving linear system with default routines SolveSystem: Solving linear system SolveLinearSystem: Assuming real valued linear system ScaleLinearSystem: Scaling diagonal entries to unity SolveSystem: Linear System Solver: iterative SolveSystem: Serial linear System Solver: iterative IterSolver: Using iterative method: bicgstab2 1 0.4639E-03 2 0.1215E-04 3 0.3141E-06 4 0.8459E-08 4 0.8459E-08 ComputeNorm: Computing norm of solution ComputeChange: NS (ITER=2) (NRM,RELC): ( 0.64135111E+17 1.4018665 ) :: mgdynamicscalc DefaultSolve: Solving linear system with default routines SolveSystem: Solving linear system SolveLinearSystem: Assuming real valued linear system ScaleLinearSystem: Scaling diagonal entries to unity SolveSystem: Linear System Solver: iterative SolveSystem: Serial linear System Solver: iterative IterSolver: Using iterative method: bicgstab2 1 0.4909E-03 2 0.1330E-04 3 0.3864E-06 4 0.1124E-07 5 0.3216E-09 5 0.3216E-09 ComputeNorm: Computing norm of solution ComputeChange: NS (ITER=3) (NRM,RELC): ( 0.81768590E+17 0.24171394 ) :: mgdynamicscalc MagnetoDynamicsCalcFields: Solving for field: current density[current density:3] DefaultSolve: Solving linear system with default routines SolveSystem: Solving linear system SolveLinearSystem: Assuming real valued linear system ScaleLinearSystem: Scaling diagonal entries to unity SolveSystem: Linear System Solver: iterative SolveSystem: Serial linear System Solver: iterative IterSolver: Using iterative method: bicgstab2 1 0.1068E-01 2 0.2279E-03 3 0.5357E-05 4 0.1391E-06 5 0.3718E-08 5 0.3718E-08 ComputeNorm: Computing norm of solution ComputeChange: NS (ITER=4) (NRM,RELC): ( 414318.61 2.0000000 ) :: mgdynamicscalc DefaultSolve: Solving linear system with default routines SolveSystem: Solving linear system SolveLinearSystem: Assuming real valued linear system ScaleLinearSystem: Scaling diagonal entries to unity SolveSystem: Linear System Solver: iterative SolveSystem: Serial linear System Solver: iterative IterSolver: Using iterative method: bicgstab2 1 0.1027E-01 2 0.2309E-03 3 0.5689E-05 4 0.1456E-06 5 0.3771E-08 5 0.3771E-08 ComputeNorm: Computing norm of solution ComputeChange: NS (ITER=5) (NRM,RELC): ( 414010.94 0.74285690E-03 ) :: mgdynamicscalc DefaultSolve: Solving linear system with default routines SolveSystem: Solving linear system SolveLinearSystem: Assuming real valued linear system ScaleLinearSystem: Scaling diagonal entries to unity SolveSystem: Linear System Solver: iterative SolveSystem: Serial linear System Solver: iterative IterSolver: Using iterative method: bicgstab2 1 0.1180E-01 2 0.2214E-03 3 0.5205E-05 4 0.1373E-06 5 0.3641E-08 5 0.3641E-08 ComputeNorm: Computing norm of solution ComputeChange: NS (ITER=6) (NRM,RELC): ( 4891.3995 1.9532932 ) :: mgdynamicscalc MagnetoDynamicsCalcFields: Eddy current power: 0.90964208577246275 MagnetoDynamicsCalcFields: (Electro)Magnetic Field Energy: 7.3456134090378074E+037 Loading user function library: [MagnetoDynamics]...[MagnetoDynamicsCalcFields_post] ComputeNorm: Computing norm of solution ComputeChange: SS (ITER=1) (NRM,RELC): ( 4891.3995 2.0000000 ) :: mgdynamicscalc SingleSolver: Attempting to call solver ResultOutputSolver: ------------------------------------- ResultOutputSolve: Saving with prefix: results ResultOutputSolver: Working on mesh: adjacent_open_coil_V01 ResultOutputSolver: Dimension of mesh is: 3 ResultOutputSolver: Creating list for saving - if not present CreateListForSaving: Field Variables for Saving CreateListForSaving: Scalar Field 1: potentiala CreateListForSaving: Scalar Field 2: p CreateListForSaving: Scalar Field 3: jfix CreateListForSaving: Vector Field 1: magnetic flux density CreateListForSaving: Vector Field 2: current density CreateListForSaving: Vector Field 3: magnetic flux density e CreateListForSaving: Vector Field 4: current density e ResultOutputSolver: Saving in unstructured VTK XML (.vtu) format VtuOutputSolver: Saving results in VTK XML format with prefix: results VtuOutputSolver: Saving number of partitions: 1 VtuOutputSolver: Full filename base is: ./adjacent_open_coil_V01/results VtuOutputSolver: Number of active elements 97092 out of 97092 VtuOutputSolver: Number of geometry nodes 15854 out of 15854 VtuOutputSolver: Total number of geometry nodes to save: 15854 VtuOutputSolver: Total number of dof nodes to save: 15854 VtuOutputSolver: Total number of elements to save: 97092 VtuOutputSolver: Writing the vtu file: ./adjacent_open_coil_V01/results0001.vtu AscBinWriteInit: Initializing buffered ascii/binary writing AscBinWriteInit: Writing in binary AscBinWriteInit: Writing in double precision AscBinWriteInit: Writing to unit number: 58 AscBinWriteInit: Size of buffer is: 97092 VtuOutputSolver: Writing nodal fields VtuOutputSolver: Saving variable: potentiala VtuOutputSolver: Saving variable: p VtuOutputSolver: Saving variable: jfix VtuOutputSolver: Saving variable: magnetic flux density VtuOutputSolver: Saving variable: current density VtuOutputSolver: Saving variable: magnetic flux density e VtuOutputSolver: Saving variable: current density e VtuOutputSolver: Number of nodal fields written: 5 VtuOutputSolver: Writing elemental fields WriteVtuFile: Writing variable: magnetic flux density e WriteVtuFile: Writing variable: current density e VtuOutputSolver: Number of elemental fields written: 2 VtuOutputSolver: Writing coordinates for each used node VtuOutputSolver: Writing the elemental connectivity data VtuOutputSolver: Writing nodal fields VtuOutputSolver: Saving variable: potentiala VtuOutputSolver: Saving variable: p VtuOutputSolver: Saving variable: jfix VtuOutputSolver: Saving variable: magnetic flux density VtuOutputSolver: Saving variable: current density VtuOutputSolver: Saving variable: magnetic flux density e VtuOutputSolver: Saving variable: current density e VtuOutputSolver: Writing elemental fields AscBinWriteFree: Terminating buffered ascii/binary writing VtuOutputSolver: All done for now ResultOutputSolver: ------------------------------------- Loading user function library: [ResultOutputSolve]...[ResultOutputSolver_post] SingleSolver: Attempting to call solver SaveScalars: ----------------------------------------- SaveScalars: Saving scalar values of various kinds SaveScalars: Performed 0 reduction operations SaveScalars: Found 6 result scalars in simulation section SaveScalars: Found 6 values to save in total SaveScalars: Saving names of values to file: ./data_scalars.dat.names SaveScalars: Saving values to file: ./data_scalars.dat SaveScalars: ----------------------------------------- Loading user function library: [SaveData]...[SaveScalars_post] ReloadInputFile: Realoading input file LoadInputFile: Loading input file: ElmerSolver: *** Elmer Solver: ALL DONE *** ElmerSolver: The end SOLVER TOTAL TIME(CPU,REAL): 33.02 71.15 ELMER SOLVER FINISHED AT: 2019/01/05 12:44:10