| ▼OGS CTests—Project Files | |
| ►Elliptic | |
| ►circle_radius_1 | |
| circle_1e1_axi.prj | |
| circle_1e2_axi.prj | |
| circle_1e3_axi.prj | |
| circle_1e4_axi.prj | |
| circle_1e5_axi.prj | |
| circle_1e6_axi.prj | |
| ►cube_1x1x1_SteadyStateDiffusion | |
| cube_1e0.prj | |
| cube_1e0_neumann.prj | |
| cube_1e0_newton.prj | |
| cube_1e0_quadratic_hex.prj | |
| cube_1e1.prj | |
| cube_1e1_neumann.prj | |
| cube_1e1_newton.prj | |
| cube_1e2.prj | |
| cube_1e2_neumann.prj | |
| cube_1e2_newton.prj | |
| cube_1e3.prj | |
| cube_1e3_bottom_neumann.prj | |
| cube_1e3_bottom_neumann_newton.prj | |
| cube_1e3_calculatesurfaceflux.prj | |
| cube_1e3_neumann.prj | |
| cube_1e3_neumann_calculatesurfaceflux.prj | |
| cube_1e3_newton.prj | |
| cube_1e3_top_neumann.prj | |
| cube_1e3_top_neumann_newton.prj | |
| cube_1e4.prj | |
| cube_1e4_anisotropic.prj | |
| cube_1e4_neumann.prj | |
| cube_1e5.prj | |
| cube_1e5_neumann.prj | |
| cube_1e6.prj | |
| cube_1e6_neumann.prj | |
| cube_2e3_prism_surfaceflux_front_back.prj | |
| cube_2e3_prism_surfaceflux_left_right.prj | |
| cube_2e3_prism_surfaceflux_top_bottom.prj | |
| cube_2e4.prj | |
| cube_2e4_neumann.prj | |
| cube_3e4.prj | |
| cube_3e4_neumann.prj | |
| cube_4e4.prj | |
| cube_4e4_neumann.prj | |
| cube_5e4.prj | |
| cube_5e4_neumann.prj | |
| drainage_excavation.prj | |
| ►line_1_SteadyStateDiffusion | |
| line_1e1.prj | |
| line_1e1_neumann.prj | |
| line_1e1_robin_left_picard.prj | |
| line_1e1_robin_right_picard.prj | |
| line_1e1_time_dep_dirichlet.prj | |
| line_1e1_time_dep_neumann.prj | |
| ►nonuniform_bc_SteadyStateDiffusion | |
| dirichlet_nonuniform.prj | |
| inhomogeneous_permeability.prj | |
| neumann_nonuniform.prj | |
| ►quarter_circle | |
| quarter_circle_neumann.prj | |
| quarter_circle_nodal_source_term.prj | |
| ►quarter_disc | |
| quarter_disc_neumann.prj | |
| ►square_100x100_ComponentTransport | |
| square_1e4_heterogeneity.prj | |
| ►square_1x1_SteadyStateDiffusion | |
| square_1e0.prj | |
| square_1e0_neumann.prj | |
| square_1e1.prj | |
| square_1e1_neumann.prj | |
| square_1e2_GMRES.prj | |
| square_1e2.prj | |
| square_1e2_axi.prj | |
| square_1e2_neumann.prj | |
| square_1e2_volumetricsourceterm.prj | |
| square_1e3.prj | |
| square_1e3_neumann.prj | |
| square_1e3_volumetricsourceterm.prj | |
| square_1e3_volumetricsourcetermdataarray.prj | |
| square_1e4.prj | |
| square_1e4_axi.prj | |
| square_1e4_neumann.prj | |
| square_1e5.prj | |
| square_1e5_neumann.prj | |
| square_1e6.prj | |
| square_1e6_neumann.prj | |
| square_1e6_with_nodal_sources.prj | |
| wedge_1e2_axi_ang_0.02.prj | |
| wedge_1e2_axi_ang_0.2.prj | |
| wedge_1e4_axi_ang_0.02.prj | |
| ►square_1x1_SteadyStateDiffusion_Python | |
| square_1e3_laplace_eq.prj | |
| square_1e3_poisson_sin_x_sin_y.prj | |
| square_1e5_poisson_sin_x_sin_y.prj | |
| ►wedge_1x1x1_SteadyStateDiffusion | |
| wedge_1e3_prism_surfaceflux_diagonal.prj | |
| ►EllipticPETSc | |
| cube_1e3.prj | |
| cube_1e3_neumann.prj | |
| quad_20x10_GroundWaterFlow.prj | |
| square_1e1_neumann.prj | |
| ►HydroMechanics | |
| ►FailureIndexDependentPermeability | |
| quad_with_half_hole.prj | |
| ►IdealGas | |
| ►flow_free_expansion | |
| flow_free_expansion.prj | |
| ►flow_no_strain | |
| flow_no_strain.prj | |
| ►flow_pressure_boundary | |
| flow_pressure_boundary.prj | |
| ►Linear | |
| ►Confined_Compression | |
| cube_1e3.prj | |
| square_1e2.prj | |
| square_1e2_linear.prj | |
| square_1e2_quad9.prj | |
| square_1e2_tri.prj | |
| ►DrainageEexcavation | |
| HMdrainage.prj | |
| ►Gravity | |
| flow_gravity.prj | |
| ►Unconfined_Compression_early | |
| square_1e2_UC_early.prj | |
| square_1e4_UC_early.prj | |
| ►Unconfined_Compression_late | |
| square_1e2_UC_late.prj | |
| square_1e4_UC_late.prj | |
| ►Principal_Stress | |
| ►Hollow_Sphere | |
| sphere.prj | |
| ►Tube | |
| tube.prj | |
| ►StaggeredScheme | |
| ►InjectionProduction1D | |
| InjectionProduction1D.prj | |
| ►RerefenceSolutionByMonolithicScheme | |
| InjectionProduction1DMono.prj | |
| ►Verification | |
| hm1_1Dbeam.prj | |
| hm1_2Dsquare.prj | |
| hm1_3Dcube.prj | |
| hm1_3Dgravity.prj | |
| hm2_1D1bt.prj | |
| hm2_1D2bt.prj | |
| hm2_1Dbiot.prj | |
| hm2_1Dcolumn1.prj | |
| hm2_1Dcolumn2.prj | |
| hm2_2Dmandel.prj | |
| ►LIE | |
| ►HydroMechanics | |
| TaskB.prj | |
| single_fracture_3D.prj | |
| single_fracture_3compartments_flow_CHZ.prj | |
| single_fracture_3compartments_flow_CHZ_sigma0.prj | |
| single_fracture_3compartments_flow.prj | |
| single_fracture_3compartments_flow_linear_aperture0.prj | |
| single_fracture_3compartments_flow_linear_aperture0_e.prj | |
| single_fracture_CZ_kf_const.prj | |
| single_fracture_CZ_kf_cubic.prj | |
| single_fracture_LE_kf_const.prj | |
| single_fracture_LE_kf_cubic.prj | |
| single_fracture.prj | |
| single_fracture_constK.prj | |
| ►Mechanics | |
| cohesive_zone_load_path.prj | |
| coulomb_load_path.prj | |
| elastic_push_pull_two_fractures.prj | |
| mohr_coulomb_load_path_nu0p3.prj | |
| sfrac.q.prj | |
| single_joint_3D.prj | |
| single_joint.prj | |
| single_joint_displacement_controlled.prj | |
| single_joint_inside.prj | |
| single_joint_negative_aperture.prj | |
| two_cracks_branch_pull.prj | |
| two_cracks_junction_pull.prj | |
| two_joints.prj | |
| ►Mechanics | |
| ►Burgers | |
| cube_1e0.prj | |
| cube_1e0_mfront.prj | |
| cube_1e0_mfront_mod.prj | |
| cube_1e3.prj | |
| ►Ehlers | |
| ►MFront | |
| cube_1e0_dp.prj | |
| axisymmetric_sphere_pl.prj | |
| cube_1e0.prj | |
| cube_1e0_dp.prj | |
| cube_1e1.prj | |
| cube_1e3.prj | |
| ►EhlersDamageNonLocal | |
| ►CrackedSolid | |
| griffith.prj | |
| ►bar | |
| ►coarse | |
| bar.prj | |
| ►coarse_elastic_tangent | |
| bar.prj | |
| ►fine | |
| bar.prj | |
| ►medium | |
| bar.prj | |
| ►p1 | |
| bar.prj | |
| ►p2 | |
| bar.prj | |
| ►p3 | |
| bar.prj | |
| ►t1 | |
| bar.prj | |
| ►t2 | |
| bar.prj | |
| ►veryfine | |
| bar.prj | |
| ►beam | |
| ►3D_hexa | |
| beam.prj | |
| ►3D_tetr | |
| beam.prj | |
| ►coarse | |
| beam.prj | |
| ►coarse_quad | |
| beam.prj | |
| ►coarse_tria | |
| beam.prj | |
| ►fine | |
| beam.prj | |
| ►medium | |
| beam.prj | |
| ►holed_beam | |
| holed_beam.prj | |
| ►notched_beam | |
| smallbeam_3D.prj | |
| ►InitialStates | |
| equilibrium_restart.prj | |
| into_initial_state.prj | |
| non_equilibrium_initial_state.prj | |
| soil_column_nonequilibrium_sigma_elementwise.prj | |
| ►Linear | |
| ►ElementDeactivation3D | |
| element_deactivation_M_3D.prj | |
| ►MFront | |
| ►axisymm_ring | |
| ring_plane_strain.prj | |
| cube_1e0_orthotropic_xyz.prj | |
| cube_1e0_orthotropic_yzx.prj | |
| cube_1e0_orthotropic_zxy.prj | |
| cube_standard_elasticity_brick.prj | |
| ►disc_with_hole | |
| disc_with_hole.prj | |
| square_1e0_orthotropic_45xy_z.prj | |
| square_1e0_orthotropic_xyz.prj | |
| square_1e0_orthotropic_y-xz.prj | |
| ►MaterialForces | |
| bar_3D.prj | |
| bar.prj | |
| ►Orthotropy | |
| cube_1e0_orthotropic_xyz.prj | |
| cube_1e0_orthotropic_yzx.prj | |
| cube_1e0_orthotropic_zxy.prj | |
| m3_3Dshearz.prj | |
| m3_3Dshearz_rot.prj | |
| m3_3Dtopload.prj | |
| m3_3Dtoploadlc.prj | |
| square_1e0_orthotropic_45xy_z.prj | |
| square_1e0_orthotropic_xyz.prj | |
| square_1e0_orthotropic_y-xz.prj | |
| ►PressureBC | |
| axisymmetric_pipe.prj | |
| axisymmetric_sphere.prj | |
| hollow_sphere.prj | |
| ►PrincipalStress | |
| sphere.prj | |
| ►PythonHertzContact | |
| hertz_contact.prj | |
| ►PythonPiston | |
| piston.prj | |
| cube_1e0.prj | |
| cube_1e0_simple_shear.prj | |
| disc_with_hole.prj | |
| plain_strain_pipe.prj | |
| ring_plane_strain.prj | |
| square_1e0.prj | |
| square_1e2.prj | |
| square_1e2_quad8_traction_top.prj | |
| square_1e5.prj | |
| square_with_deactivated_hole.prj | |
| two_material_gravity_Emodulus.prj | |
| two_material_gravity.prj | |
| ►MohrCoulombAbboSloan | |
| displacement_load.prj | |
| load_test_elastic.prj | |
| load_test_mc.prj | |
| load_test_mc_nonassociated.prj | |
| oedometer.prj | |
| oedometer_fixed_timestepping.prj | |
| slope.prj | |
| ►MohrCoulombAbboSloanAnisotropic | |
| triax_1e0_47.prj | |
| triax_ORTHO_original.prj | |
| triax_aniso_1e0_47.prj | |
| triax_aniso_original.prj | |
| triax_original.prj | |
| triax_ortho_1e0_47.prj | |
| ►m1_1Dload | |
| m1_1Dload.prj | |
| ►m1_1Dlozenge | |
| m1_1Dlozenge.prj | |
| ►m1_2Dload | |
| m1_2Dload.prj | |
| ►m1_3Dbottom | |
| m1_3Dbottom.prj | |
| ►m1_3Dgravity | |
| m1_3Dgravity.prj | |
| ►m1_3Dload | |
| m1_3Dload.prj | |
| ►m1_3Dsquare | |
| m1_3Dsquare.prj | |
| ►m1_3Dtopload | |
| m1_3Dtopload.prj | |
| ►m3_3Dshearz | |
| m3_3Dshearz.prj | |
| ►m3_3Dshearz_rot | |
| m3_3Dshearz_rot.prj | |
| ►m3_3Dtopload | |
| m3_3Dtopload.prj | |
| ►m3_3Dtoploadlc | |
| m3_3Dtoploadlc.prj | |
| ►Parabolic | |
| ►ComponentTransport | |
| ►ConTracer | |
| ConTracer_1d.prj | |
| ConTracer_2d.prj | |
| ►MassConservation | |
| mass_conservation.prj | |
| ►OpenBoundaryWithTets | |
| box_flow.prj | |
| ►ReactiveTransport | |
| ►EquilibriumPhase | |
| calcite.prj | |
| calcite_phreeqckernel.prj | |
| ►KineticReactant | |
| 1d_isofrac.prj | |
| 1d_isofrac_flag_formula.prj | |
| 1d_isofrac_phreeqckernel.prj | |
| ►KineticReactant_AllAsComponents | |
| KineticReactant2_2d.prj | |
| KineticReactant2.prj | |
| ►SurfaceComplexation | |
| RadionuclideSorption.prj | |
| ►Wetland | |
| Wetland_1d.prj | |
| ►SimpleSynthetics | |
| ConcentrationDiffusionAndStorage.prj | |
| ConcentrationDiffusionOnly_3Components.prj | |
| ConcentrationDiffusionOnly.prj | |
| DiffusionAndStorageAndAdvectionAndDecay.prj | |
| DiffusionAndStorageAndAdvectionAndDispersionHalf.prj | |
| DiffusionAndStorageAndAdvectionAndDispersion.prj | |
| DiffusionAndStorageAndAdvection.prj | |
| DiffusionAndStorageAndGravityAndDispersionHalf.prj | |
| open_boundary_component-transport_cube_1e3.prj | |
| open_boundary_component-transport_cube_1e3_advective_form.prj | |
| surfaceflux_component-transport_cube_1e3.prj | |
| ►StaggeredScheme | |
| ConcentrationDiffusionAndStorage.prj | |
| ConcentrationDiffusionOnly.prj | |
| DiffusionAndStorageAndAdvectionAndDecay.prj | |
| DiffusionAndStorageAndAdvectionAndDispersionHalf.prj | |
| DiffusionAndStorageAndAdvectionAndDispersion_3Components.prj | |
| DiffusionAndStorageAndAdvectionAndDispersion.prj | |
| DiffusionAndStorageAndAdvection.prj | |
| DiffusionAndStorageAndGravityAndDispersionHalf.prj | |
| surfaceflux_component-transport_cube_1e3.prj | |
| ►Theis | |
| theis.prj | |
| ►ThermalDiffusion | |
| TemperatureField.prj | |
| TemperatureField_transport.prj | |
| ►TracerSimulation | |
| TracerSimulation.prj | |
| ►VariableNeumannBoundary | |
| vdbc_input.prj | |
| ►elder | |
| elder-python.prj | |
| elder.prj | |
| ►goswami | |
| goswami_input.prj | |
| ►heterogeneous | |
| ►ogs5_H_2D | |
| ogs5_H_2d.prj | |
| ►ogs5_H_3D | |
| ogs5_H_3d.prj | |
| ►HT | |
| ►ConstViscosity | |
| square_5500x5500.prj | |
| ►FaultedCube | |
| Ra_795_fault_bcgs_jacobi.prj | |
| ►HeatTransportInStationaryFlow | |
| HeatTransportInStationaryFlow.prj | |
| ►SimpleSynthetics | |
| CoupledPressureParabolicTemperatureParabolicStaggered.prj | |
| CoupledPressureParabolicTemperatureParabolic.prj | |
| IsothermalFluidFlowStaggered.prj | |
| IsothermalFluidFlowWithGravityStaggered.prj | |
| IsothermalFluidFlowWithGravity.prj | |
| IsothermalFluidFlow.prj | |
| PressureDiffusionTemperatureDiffusionStaggered.prj | |
| PressureDiffusionTemperatureDiffusion.prj | |
| PressureParabolicTemperatureParabolicStaggered.prj | |
| PressureParabolicTemperatureParabolic.prj | |
| calculatesurfaceflux_ht_cube_1e3.prj | |
| calculatesurfaceflux_ht_cube_1e4.prj | |
| ►deactivated_subdomain | |
| HT_DeactivatedSubdomain.prj | |
| ►StaggeredCoupling | |
| ►ADecovalexTHMCBasedHTExample | |
| th_decovalex.prj | |
| ►ConstViscosity | |
| square_5500x5500_staggered_scheme.prj | |
| square_5500x5500_staggered_scheme_adaptive_dt.prj | |
| ►LiquidFlow | |
| ►AxiSymTheis | |
| axisym_theis.prj | |
| ►BuildupTest | |
| buildup_test.prj | |
| ►DrainageExcavation | |
| drainage_LiquidFlow.prj | |
| ►Flux | |
| ►2D | |
| square_1.8e1_calculatesurfaceflux.prj | |
| square_1e1_calculatesurfaceflux.prj | |
| ►3D | |
| ►Pyramid | |
| cuboid_1x1x1_pyramid_6000_calculatesurfaceflux.prj | |
| cube_1e3_calculatesurfaceflux.prj | |
| ►GravityDriven | |
| gravity_driven.prj | |
| ►GravityDriven3D | |
| anisotropic_gravity_driven3D.prj | |
| isotropic_gravity_driven3D.prj | |
| ►LineDirichletNeumannBC | |
| line_dirichlet_neumannBC.prj | |
| ►PressureBCatCornerOfAnisotropicSquare | |
| pressureBC_at_corner_of_anisotropic_square.prj | |
| ►SimpleSynthetics | |
| FunctionParameterTest.prj | |
| ►PrimaryVariableConstraintDirichletBC | |
| cuboid_1x1x1_hex_1000_Dirichlet_Dirichlet_1.prj | |
| cuboid_1x1x1_hex_1000_Dirichlet_Dirichlet_2.prj | |
| cuboid_1x1x1_hex_1000_Dirichlet_Dirichlet_3.prj | |
| ►XDMF | |
| FunctionParameterTest_XDMF.prj | |
| constraint_bc_1e3.prj | |
| ►TimeDependentHeterogeneousBoundaryConditions | |
| TimeDependentHeterogeneousBoundaryConditions.prj | |
| ►TimeDependentHeterogeneousSourceTerm | |
| TimeDependentHeterogeneousSourceTerm.prj | |
| ►TimeIntervalDirichletBC | |
| TimeIntervalDirichletBC.prj | |
| ►Unconfined_Aquifer | |
| ►BC_BC | |
| TestSet_01.prj | |
| ►BC_BC_RECHARGE | |
| TestSet_01.prj | |
| ►BC_BC_RECHARGE2 | |
| TestSet_01.prj | |
| ►BC_BC_STORAGE | |
| TestSet_01.prj | |
| ►Verification | |
| ►h1_1Dsource | |
| h1_1Dsource.prj | |
| ►h1_1Dsteady | |
| h1_1Dsteady.prj | |
| ►h1_3Dhydstat | |
| h1_3Dhydstat.prj | |
| ►h2_1D1bt | |
| h2_1D1bt.prj | |
| ►h2_1D2bt | |
| h2_1D2bt.prj | |
| ►Richards | |
| RichardsFlow_2d_compare_ogs5.prj | |
| RichardsFlow_2d_large.prj | |
| RichardsFlow_2d_small_PID_adaptive_dt.prj | |
| RichardsFlow_2d_small.prj | |
| RichardsFlow_2d_small_iteration_adaptive_dt.prj | |
| flow_fully_saturated.prj | |
| ►RichardsComponentTransport | |
| ►Padilla | |
| ►Padilla_NaCl1 | |
| Padilla_NaCl1.prj | |
| Padilla_NaCl1_quadratic.prj | |
| ►Padilla_NaCl6 | |
| Padilla_NaCl6.prj | |
| ►T | |
| ►1D_dirichlet | |
| line_60_heat.prj | |
| ►1D_dirichlet_source-term | |
| line_1_line_1e2_source_term.prj | |
| ►1D_line_source_term_tests | |
| line_source_term.prj | |
| moving_source_term.prj | |
| ►1D_neumann | |
| newton.prj | |
| newton_masslumping.prj | |
| petsc_newtonls.prj | |
| picard.prj | |
| picard_masslumping.prj | |
| ►2D_BHE_array | |
| bhe2d.prj | |
| ►2D_axially_symmetric | |
| square_1e2_axi.prj | |
| wedge_1e2_axi_ang_0.02.prj | |
| ►2D_source_term_tests | |
| ►line_source_term_left | |
| source_term_left.prj | |
| ►line_source_term_x_0.5 | |
| line_source_term_x_0.5.prj | |
| ►line_source_term_x_0.5_restricted_to_middle | |
| line_source_term_x_0.5.prj | |
| ►line_source_term_x_5 | |
| =5__prj line_source_term_x=5.prj | |
| ►3D_2U_BHE | |
| 3D_2U_BHE.prj | |
| ►3D_3BHEs_array | |
| 3bhes_1U.prj | |
| ►3D_BHE_GW_advection | |
| BHE_GW_advection.prj | |
| ►3D_Beier_sandbox | |
| beier_sandbox.prj | |
| fixed_power_constant_flow.prj | |
| ►3D_deep_BHE | |
| 3D_deep_BHE_CXA.prj | |
| 3D_deep_BHE_CXC.prj | |
| ►3D_line_source_term_tests | |
| ►3D_line_source_term_in_cylinder | |
| ►286k_prisms | |
| line_source_term_in_cylinder.prj | |
| ►49k_prisms | |
| line_source_term_in_cylinder.prj | |
| ►3D_line_source_term_in_cylinder_axisymmetric | |
| line_source_term_in_cylinder.prj | |
| ►3D_line_source_term_middle | |
| line_source_term_x_0.5_y_0.5.prj | |
| ►3D_line_source_term_middle_restricted | |
| line_source_term_x_0.5_y_0.5_restricted.prj | |
| ►BHE_1P | |
| BHE_1P.prj | |
| BHE_1P_newton.prj | |
| ►t1_1Dsource | |
| t1_1Dsource.prj | |
| ►t1_1Dsteady | |
| t1_1Dsteady.prj | |
| ►t2_1D1bt | |
| t2_1D1bt.prj | |
| ►t2_1D2bt | |
| t2_1D2bt.prj | |
| ►TES | |
| ►1D | |
| tes-1D-zeolite-discharge-large.prj | |
| tes-1D-zeolite-discharge-small-newton.prj | |
| tes-1D-zeolite-discharge-small.prj | |
| ►2D | |
| tes-inert-axi.prj | |
| tes-inert-wedge.prj | |
| ►ThermalTwoPhaseFlowPP | |
| ►HeatPipe | |
| Twophase_HeatPipe_quad_curve_large.prj | |
| Twophase_HeatPipe_quad_curve_small.prj | |
| ►TwoPhaseFlowPP | |
| ►Liakopoulos | |
| TwoPhase_Lia_quad_large.prj | |
| TwoPhase_Lia_quad_short.prj | |
| ►McWhorter | |
| TwoPhase_mcwt_line.prj | |
| ►TwoPhaseFlowPrho | |
| ►MoMaS | |
| Twophase_MoMaS_quad.prj | |
| Twophase_MoMaS_quad_adaptive_dt.prj | |
| Twophase_MoMaS_small.prj | |
| ►PhaseField | |
| 2D_static.prj | |
| ME01_ext_2D_orth.prj | |
| ME01_ext_2D_para.prj | |
| beam3d.prj | |
| beam3d_stag_1pcs.prj | |
| me2_pf_case1.prj | |
| me2_pf_case2.prj | |
| tpb_rgranite.prj | |
| ►RichardsMechanics | |
| ►LiakopoulosHM | |
| liakopoulos.prj | |
| RichardsFlow_2d_quasinewton.prj | |
| RichardsFlow_2d_richardsflow.prj | |
| RichardsFlow_2d_small.prj | |
| RichardsFlow_2d_small_masslumping.prj | |
| alternative_mass_balance_anzInterval_10.prj | |
| bishops_effective_stress_power_law.prj | |
| bishops_effective_stress_saturation_cutoff.prj | |
| confined_compression_fully_saturated.prj | |
| confined_compression_fully_saturated_restart.prj | |
| deformation_dependent_porosity.prj | |
| deformation_dependent_porosity_swelling.prj | |
| flow_fully_saturated.prj | |
| flow_fully_saturated_anisotropic.prj | |
| flow_fully_saturated_coordinate_system.prj | |
| flow_fully_saturated_linear.prj | |
| gravity.prj | |
| mechanics_linear.prj | |
| orthotropic_power_law_permeability_xyz.prj | |
| orthotropic_swelling_xy.prj | |
| orthotropic_swelling_xyz.prj | |
| rotated_consolidation.prj | |
| ►ThermoHydroMechanics | |
| ►Linear | |
| ►Beam_sealed_bimaterial | |
| square_1e2.prj | |
| ►Beam_unsealed_bimaterial | |
| square_1e2.prj | |
| ►CylindricalCavity | |
| CylindricalCavity.prj | |
| ►HeatTransportInStationaryFlow | |
| HeatTransportInStationaryFlow.prj | |
| ►Point_injection | |
| square_1e2.prj | |
| square_1e2_lin.prj | |
| ►Square_sealed_homogeneous | |
| square_1e0.prj | |
| ►Storage | |
| cube_incompressible_fluid.prj | |
| cube_isochoric_heat-up.prj | |
| ►anisotropic_thermal_expansivity | |
| cube_ortho_phi0.0.prj | |
| cube_ortho_phi0.183.prj | |
| square_ortho_phi0.0.prj | |
| square_ortho_phi0.183.prj | |
| ►ThermoMechanicalPhaseField | |
| beam3d.prj | |
| cube_1e0.prj | |
| slab_5.prj | |
| tes_hx3_iglu.prj | |
| ►ThermoMechanics | |
| ►BDT | |
| cube_1e0_bdt.prj | |
| ►CreepBGRa | |
| ►CreepAfterExcavation | |
| CreepAfterExcavation.prj | |
| ►SimpleAxisymmetricCreep | |
| SimpleAxisymmetricCreepWithAnalyticSolution.prj | |
| SimpleAxisymmetricCreep.prj | |
| ►Verification | |
| ►m2_1D1bt | |
| m2_1D1bt.prj | |
| ►m2_1D2bt | |
| m2_1D2bt.prj | |
| ►m2_1Dcreep | |
| m2_1Dcreep.prj | |
| ►m2_1Dlozenge | |
| m2_1Dlozenge.prj | |
| ►m2_1Dlozengebt | |
| m2_1Dlozengebt.prj | |
| ►m2_1Drelax | |
| m2_1Drelax.prj | |
| ►m2_2Dload | |
| m2_2Dload.prj | |
| m2_2Dload_ym45.prj | |
| ►m2_2Dloadbt | |
| m2_2Dloadbt.prj | |
| ►m2_3Dload | |
| m2_3Dload.prj | |
| ►m2_3Dloadbt | |
| m2_3Dloadbt.prj | |
| ►InitialStates | |
| equilibrium_restart.prj | |
| into_initial_state.prj | |
| non_equilibrium_initial_state.prj | |
| ►LinearMFront | |
| cube_1e0_lin.prj | |
| ►StaggeredScheme | |
| ►CreepAfterExcavation | |
| CreepAfterExcavation.prj | |
| ►TM_Quad | |
| iglu_quarter_plane_strain_quad.prj | |
| cube_1e3.prj | |
| iglu_axisymmetric_plane_strain.prj | |
| iglu_axisymmetric_plane_strain_quad.prj | |
| iglu_quarter_plane_strain.prj | |
| iglu_quarter_plane_strain_quad.prj | |
| ►tm1_1Dbeam | |
| tm1_1Dbeam.prj | |
| ►tm1_1Dfixa | |
| tm1_1Dfixa.prj | |
| ►tm1_1Dfixb | |
| tm1_1Dfixb.prj | |
| ►tm1_2Dbeam | |
| tm1_2Dbeam.prj | |
| ►tm1_2Dsquare | |
| tm1_2Dsquare.prj | |
| ►tm1_3Dcube | |
| tm1_3Dcube.prj | |
| ►tm1_3Dgravity | |
| tm1_3Dgravity.prj | |
| ►tm1_3Dorigin | |
| tm1_3Dorigin.prj | |
| ►tm1_3Dsquare | |
| tm1_3Dsquare.prj | |
| ►tm2_1D1bt | |
| tm2_1D1bt.prj | |
| ►tm2_1Dfixc | |
| tm2_1Dfixc.prj | |
| OGS Input File Parameters—Quality Assurance | |
| ▼OGS Input File Parameters | |
| List of all known OGS input file parameters | |
| ►[tag] curve | |
| [tag] coords | |
| [tag] values | |
| ►[case] gml | |
| [tag] name | |
| ►[tag] points | |
| ►[tag] point | |
| [attr] id | |
| [attr] name | |
| [attr] x | |
| [attr] y | |
| [attr] z | |
| ►[tag] polylines | |
| ►[tag] polyline | |
| [attr] id | |
| [attr] name | |
| [tag] pnt | |
| ►[tag] surfaces | |
| ►[tag] surface | |
| [attr] id | |
| [attr] name | |
| ►[tag] element | |
| [attr] p1 | |
| [attr] p2 | |
| [attr] p3 | |
| ►[tag] material | |
| ►[case] adsorption | |
| ►[tag] reaction | |
| ►[case] CaOH2 | |
| [tag] ode_solver_config | |
| ►[case] Sinusoidal | |
| [tag] reaction_enthalpy | |
| [tag] type | |
| ►[tag] fluid | |
| ►[tag] density | |
| ►[case] ConcentrationAndPressureDependent | |
| [tag] fluid_density_concentration_difference_ratio | |
| [tag] fluid_density_pressure_difference_ratio | |
| [tag] reference_concentration | |
| [tag] reference_density | |
| [tag] reference_pressure | |
| ►[case] ConcentrationDependent | |
| [tag] fluid_density_difference_ratio | |
| [tag] reference_concentration | |
| [tag] reference_density | |
| ►[case] Constant | |
| [tag] value | |
| ►[case] IdealGasLaw | Fluid density by ideal gas law. |
| [tag] molar_mass | Molar mass of gas phase. |
| ►[case] LiquidDensity | |
| [tag] beta | Volumetric temperature expansion coefficient. |
| [tag] bulk_modulus | Bulk modulus. |
| [tag] p0 | Initial pressure. |
| [tag] rho0 | Initial density. |
| [tag] temperature0 | Initial temperature. |
| ►[case] TemperatureDependent | Linear temperature dependent density model. |
| [tag] beta | Parameter. |
| [tag] rho0 | Reference density. |
| [tag] temperature0 | Reference temperature. |
| [tag] type | |
| ►[tag] specific_heat_capacity | |
| ►[case] Constant | |
| [tag] value | |
| [tag] type | |
| ►[tag] thermal_conductivity | |
| ►[case] Constant | |
| [tag] value | |
| [tag] type | |
| ►[tag] viscosity | |
| ►[case] Constant | |
| [tag] value | |
| ►[case] LinearPressure | |
| [tag] gamma | Parameter. |
| [tag] mu0 | Reference viscosity. |
| [tag] p0 | Reference pressure. |
| ►[case] TemperatureDependent | |
| [tag] mu0 | Inital viscosity. |
| [tag] tc | Reference temperature 1. |
| [tag] tv | Reference temperature 2. |
| ►[case] Vogels | |
| [tag] liquid_type | |
| [tag] type | |
| ►[tag] fracture_model | |
| ►[case] CohesiveZoneModeI | |
| [tag] fracture_toughness | |
| [tag] normal_stiffness | Normal stiffness given in units of stress per length. |
| [tag] peak_normal_traction | |
| [tag] penalty_aperture_cutoff | |
| [tag] shear_stiffness | Shear stiffness given in units of stress per length. |
| [tag] tension_cutoff | |
| ►[case] Coulomb | |
| [tag] cohesion | Fracture cohesion in units of stress. |
| [tag] dilatancy_angle | |
| [tag] friction_angle | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] normal_stiffness | Normal stiffness given in units of stress per length. |
| [tag] penalty_aperture_cutoff | |
| [tag] shear_stiffness | Shear stiffness given in units of stress per length. |
| [tag] tension_cutoff | |
| ►[case] LinearElasticIsotropic | |
| [tag] normal_stiffness | Normal stiffness given in units of stress per length. |
| [tag] penalty_aperture_cutoff | |
| [tag] shear_stiffness | Shear stiffness given in units of stress per length. |
| [tag] tension_cutoff | |
| [tag] type | |
| ►[tag] fracture_properties | |
| ►[tag] permeability_model | |
| ►[case] ConstantPermeability | |
| [tag] value | |
| [case] CubicLaw | |
| [tag] type | |
| ►[tag] porous_medium | |
| ►[case] capillary_pressure | |
| ►[case] BrooksCorey | Brooks-Corey capillary pressure saturation model. |
| [tag] m | Exponent m, m>1. |
| [tag] pc_max | Maximum capillary pressure. |
| [tag] pd | Entry pressure. |
| [tag] sg_r | |
| [tag] smax | Maximum saturation. |
| [tag] sr | Residual saturation. |
| ►[case] Curve | |
| [tag] curve | |
| [tag] type | |
| ►[case] vanGenuchten | van Genuchten water retention model |
| [tag] has_regularized | |
| [tag] m | Exponent m, m in [0,1]. n=1/(1-m). |
| [tag] pc_max | Maximum capillary pressure. |
| [tag] pd | Entry pressure. |
| [tag] sg_r | |
| [tag] smax | Maximum saturation. |
| [tag] sr | Residual saturation. |
| ►[tag] permeability | |
| [tag] permeability_tensor_entries | |
| [tag] type | |
| ►[tag] porosity | |
| [tag] porosity_parameter | |
| [tag] type | |
| ►[tag] porous_medium | |
| [attr] id | |
| [tag] permeability | |
| [tag] porosity | |
| [tag] storage | |
| ►[case] relative_permeability | |
| ►[case] Curve | |
| [tag] curve | |
| ►[case] NonWettingPhaseBrooksCoreyOilGas | BrooksCorey oil-gas model: non-wetting phase. |
| [tag] krel_min | Minimum relative permeability. |
| [tag] m | Exponent m, m>=1.0. |
| [tag] smax | Maximum saturation. |
| [tag] sr | Residual saturation. |
| ►[case] NonWettingPhaseVanGenuchten | van Genuchten model: non-wetting phase |
| [tag] krel_min | Minimum relative permeability. |
| [tag] m | Exponent m, m in [0, 1], n=1/(1-m). |
| [tag] smax | Maximum saturation. |
| [tag] sr | Residual saturation. |
| ►[case] WettingPhaseBrooksCoreyOilGas | BrooksCorey oil-gas model: wetting phase. |
| [tag] krel_min | Minimum relative permeability. |
| [tag] m | Exponent m, m>=1.0. |
| [tag] smax | Maximum saturation. |
| [tag] sr | Residual saturation. |
| ►[case] WettingPhaseVanGenuchten | van Genuchten model model: wetting phase |
| [tag] krel_min | Minimum relative permeability. |
| [tag] m | Exponent m, m in [0, 1], n=1/(1-m). |
| [tag] smax | Maximum saturation. |
| [tag] sr | Residual saturation. |
| [tag] type | |
| ►[tag] storage | |
| ►[case] Constant | |
| [tag] value | |
| [tag] type | |
| ►[tag] solid | |
| ►[tag] constitutive_relation | |
| [attr] id | |
| ►[case] CreepBGRa | A class for computing the BGRa creep model, which reads. |
| [tag] a | |
| [tag] n | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] q | |
| [tag] sigma0 | |
| ►[case] Ehlers | |
| [tag] alpha | |
| [tag] alphap | |
| [tag] beta | |
| [tag] betap | |
| [tag] bulk_modulus | |
| ►[tag] damage_properties | |
| [tag] alpha_d | |
| [tag] beta_d | |
| [tag] h_d | |
| [tag] delta | |
| [tag] deltap | |
| [tag] eps | |
| [tag] epsp | |
| [tag] gamma | |
| [tag] gammap | |
| [tag] hardening_modulus | |
| [tag] kappa | |
| [tag] m | |
| [tag] mp | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] shear_modulus | |
| [tag] tangent_type | |
| ►[case] LinearElasticIsotropic | |
| [tag] poissons_ratio | |
| [tag] youngs_modulus | |
| ►[case] LinearElasticOrthotropic | |
| [tag] poissons_ratios | |
| [tag] shear_moduli | |
| [tag] youngs_moduli | |
| ►[case] Lubby2 | |
| [tag] dependency_parameter_mk | |
| [tag] dependency_parameter_mvk | |
| [tag] dependency_parameter_mvm | |
| [tag] kelvin_shear_modulus | |
| [tag] kelvin_viscosity | |
| [tag] maxwell_bulk_modulus | |
| [tag] maxwell_shear_modulus | |
| [tag] maxwell_viscosity | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] MFront | |
| [tag] behaviour | |
| [tag] library | |
| ►[tag] material_properties | |
| ►[tag] material_property | |
| [attr] name | |
| [attr] parameter | |
| [tag] type | |
| ►[tag] twophase_flow | |
| ►[tag] material_property | |
| ►[tag] fluid | |
| [tag] gas_density | |
| [tag] gas_viscosity | |
| [tag] liquid_density | |
| [tag] liquid_viscosity | |
| ►[tag] porous_medium | |
| ►[tag] porous_medium | |
| [attr] id | |
| [tag] capillary_pressure | |
| [tag] permeability | |
| [tag] porosity | |
| ►[tag] relative_permeability | |
| ►[tag] relative_permeability | |
| [attr] id | |
| [tag] storage | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] ode_solver | |
| ►[case] CVODE | |
| [tag] linear_multistep_method | |
| [tag] nonlinear_solver_iteration | |
| ►[case] prj | |
| ►[tag] chemical_system | |
| [attr] chemical_solver | |
| [tag] database | |
| ►[tag] equilibrium_reactants | |
| ►[tag] phase_component | |
| [tag] initial_amount | |
| [tag] name | |
| [tag] saturation_index | |
| ►[tag] kinetic_reactants | |
| ►[tag] kinetic_reactant | |
| [tag] chemical_formula | |
| [tag] fix_amount | |
| [tag] initial_amount | |
| [tag] name | |
| [tag] parameters | |
| ►[tag] knobs | |
| [tag] max_iter | |
| [tag] relative_convergence_tolerance | |
| [tag] scaling | |
| [tag] step_size | |
| [tag] tolerance | |
| [tag] mesh | |
| ►[tag] rates | |
| ►[tag] rate | |
| ►[tag] expression | |
| [tag] statement | |
| [tag] kinetic_reactant | |
| ►[tag] solution | |
| [tag] charge_balance | |
| ►[tag] components | |
| ►[tag] component | |
| [attr] chemical_formula | |
| [tag] pe | |
| [tag] pressure | |
| [tag] temperature | |
| ►[tag] surface | |
| ►[tag] site | |
| [tag] mass | |
| [tag] name | |
| [tag] site_density | |
| [tag] specific_surface_area | |
| [tag] use_high_precision | |
| ►[tag] user_punch | |
| [tag] headline | |
| [tag] statement | |
| ►[tag] curves | |
| ►[tag] curve | |
| [tag] name | |
| [tag] geometry | |
| ►[tag] insitu | |
| ►[tag] scripts | |
| ►[tag] script | |
| [tag] name | |
| ►[tag] linear_solvers | |
| ►[tag] linear_solver | |
| ►[tag] eigen | |
| [tag] error_tolerance | |
| [tag] max_iteration_step | |
| [tag] precon_type | |
| [tag] restart | |
| [tag] scaling | |
| [tag] solver_type | |
| [tag] lis | |
| [tag] name | |
| ►[tag] petsc | |
| [tag] parameters | |
| [tag] prefix | |
| ►[tag] local_coordinate_system | |
| [tag] basis_vector_0 | |
| [tag] basis_vector_1 | |
| [tag] basis_vector_2 | |
| ►[tag] media | |
| ►[tag] medium | |
| [attr] id | |
| ►[tag] phases | |
| ►[tag] phase | |
| ►[tag] components | |
| ►[tag] component | |
| [tag] name | |
| ►[tag] properties | |
| ►[tag] property | |
| [case] AverageMolarMass | |
| ►[case] BishopsPowerLaw | Bishop's power law for effective stress. |
| [tag] exponent | |
| ►[case] BishopsSaturationCutoff | |
| [tag] cutoff_value | |
| ►[case] CapillaryPressureRegularizedVanGenuchten | This class handles the computation of the capillary pressure, p_c(S_l) , with the capillary pressure regularization. |
| [tag] exponent | |
| [tag] p_b | |
| [tag] residual_gas_saturation | Residual saturation of gas phase. |
| [tag] residual_liquid_saturation | |
| ►[case] CapillaryPressureVanGenuchten | The van Genuchten capillary pressure model. |
| [tag] exponent | Exponent. |
| [tag] maximum_capillary_pressure | Maximum capillary pressure. |
| [tag] p_b | Pressure scaling factor. |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | Residual saturation of liquid phase. |
| ►[case] Constant | |
| [tag] value | |
| ►[case] Curve | |
| [tag] curve | |
| [tag] independent_variable | The variable type that the curve property depends on. |
| ►[case] DupuitPermeability | |
| [tag] parameter_name | |
| ►[case] Exponential | |
| ►[tag] exponent | |
| [tag] factor | a dimensionless exponent. |
| [tag] reference_condition | |
| [tag] variable_name | |
| [tag] offset | additive offset in units of the property. |
| [tag] reference_value | |
| [case] IdealGasLaw | Density function for ideal gases. |
| ►[case] KozenyCarmanModel | |
| [tag] initial_permeability | |
| [tag] initial_porosity | |
| ►[case] Linear | |
| ►[tag] independent_variable | |
| [tag] reference_condition | |
| [tag] slope | |
| [tag] variable_name | |
| [tag] reference_value | |
| ►[case] LinearSaturationSwellingStress | This class defines a linear saturation rate dependent swelling stress model for the materials that swell strongly when water content increases. |
| [tag] coefficient | |
| [tag] reference_saturation | |
| ►[case] Parameter | |
| [tag] parameter_name | |
| ►[case] PermeabilityMohrCoulombFailureIndexModel | A failure index dependent permeability model [16]. |
| [tag] cohesion | Cohesion. |
| [tag] fitting_factor | Fitting parameter. |
| [tag] friction_angle | Angle of internal friction. |
| [tag] initial_permeability | |
| [tag] maximum_permeability | Maximum permeability. |
| [tag] reference_permeability | Reference permeability. |
| [tag] tensile_strength_parameter | Tensile strength parameter. |
| ►[case] PermeabilityOrthotropicPowerLaw | |
| [tag] exponents | Exponents, one for each spatial dimension. |
| [tag] intrinsic_permeabilities | Intrinsic permeabilities, one for each spatial dimension. |
| ►[case] PorosityFromMassBalance | |
| [tag] initial_porosity | Parameter, which is used by FEM to set the initial porosity value. |
| [tag] maximal_porosity | |
| [tag] minimal_porosity | |
| ►[case] RelPermBrooksCorey | |
| [tag] lambda | |
| [tag] min_relative_permeability_gas | |
| [tag] min_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| [case] RelPermLiakopoulos | |
| ►[case] RelPermUdell | |
| [tag] min_relative_permeability_gas | |
| [tag] min_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] RelativePermeabilityVanGenuchten | |
| [tag] exponent | |
| [tag] minimum_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] SaturationBrooksCorey | |
| [tag] entry_pressure | |
| [tag] lambda | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] SaturationDependentHeatConduction | |
| [tag] dry | |
| [tag] wet | |
| ►[case] SaturationDependentSwelling | |
| [tag] exponents | Exponents, one for each spatial dimension. |
| [tag] lower_saturation_limit | |
| [tag] swelling_pressures | Maximum swelling pressures, one for each spatial dimension. |
| [tag] upper_saturation_limit | |
| [case] SaturationLiakopoulos | |
| ►[case] SaturationVanGenuchten | The van Genuchten capillary pressure model. |
| [tag] exponent | |
| [tag] p_b | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] StrainDependentPermeability | A strain dependent intrinsic permeability model. |
| [tag] b1 | |
| [tag] b2 | |
| [tag] b3 | |
| [tag] initial_permeability | Initial intrinsic permeability. |
| [tag] maximum_permeability | |
| [tag] minimum_permeability | |
| ►[case] TransportPorosityFromMassBalance | |
| [tag] initial_porosity | Parameter, which is used by FEM to set the initial porosity value. |
| [tag] maximal_porosity | |
| [tag] minimal_porosity | |
| [tag] name | |
| [tag] type | |
| ►[tag] properties | |
| ►[tag] property | |
| [case] AverageMolarMass | |
| ►[case] BishopsPowerLaw | Bishop's power law for effective stress. |
| [tag] exponent | |
| ►[case] BishopsSaturationCutoff | |
| [tag] cutoff_value | |
| ►[case] CapillaryPressureRegularizedVanGenuchten | This class handles the computation of the capillary pressure, p_c(S_l) , with the capillary pressure regularization. |
| [tag] exponent | |
| [tag] p_b | |
| [tag] residual_gas_saturation | Residual saturation of gas phase. |
| [tag] residual_liquid_saturation | |
| ►[case] CapillaryPressureVanGenuchten | The van Genuchten capillary pressure model. |
| [tag] exponent | Exponent. |
| [tag] maximum_capillary_pressure | Maximum capillary pressure. |
| [tag] p_b | Pressure scaling factor. |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | Residual saturation of liquid phase. |
| ►[case] Constant | |
| [tag] value | |
| ►[case] Curve | |
| [tag] curve | |
| [tag] independent_variable | The variable type that the curve property depends on. |
| ►[case] DupuitPermeability | |
| [tag] parameter_name | |
| ►[case] Exponential | |
| ►[tag] exponent | |
| [tag] factor | a dimensionless exponent. |
| [tag] reference_condition | |
| [tag] variable_name | |
| [tag] offset | additive offset in units of the property. |
| [tag] reference_value | |
| [case] IdealGasLaw | Density function for ideal gases. |
| ►[case] KozenyCarmanModel | |
| [tag] initial_permeability | |
| [tag] initial_porosity | |
| ►[case] Linear | |
| ►[tag] independent_variable | |
| [tag] reference_condition | |
| [tag] slope | |
| [tag] variable_name | |
| [tag] reference_value | |
| ►[case] LinearSaturationSwellingStress | This class defines a linear saturation rate dependent swelling stress model for the materials that swell strongly when water content increases. |
| [tag] coefficient | |
| [tag] reference_saturation | |
| ►[case] Parameter | |
| [tag] parameter_name | |
| ►[case] PermeabilityMohrCoulombFailureIndexModel | A failure index dependent permeability model [16]. |
| [tag] cohesion | Cohesion. |
| [tag] fitting_factor | Fitting parameter. |
| [tag] friction_angle | Angle of internal friction. |
| [tag] initial_permeability | |
| [tag] maximum_permeability | Maximum permeability. |
| [tag] reference_permeability | Reference permeability. |
| [tag] tensile_strength_parameter | Tensile strength parameter. |
| ►[case] PermeabilityOrthotropicPowerLaw | |
| [tag] exponents | Exponents, one for each spatial dimension. |
| [tag] intrinsic_permeabilities | Intrinsic permeabilities, one for each spatial dimension. |
| ►[case] PorosityFromMassBalance | |
| [tag] initial_porosity | Parameter, which is used by FEM to set the initial porosity value. |
| [tag] maximal_porosity | |
| [tag] minimal_porosity | |
| ►[case] RelPermBrooksCorey | |
| [tag] lambda | |
| [tag] min_relative_permeability_gas | |
| [tag] min_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| [case] RelPermLiakopoulos | |
| ►[case] RelPermUdell | |
| [tag] min_relative_permeability_gas | |
| [tag] min_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] RelativePermeabilityVanGenuchten | |
| [tag] exponent | |
| [tag] minimum_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] SaturationBrooksCorey | |
| [tag] entry_pressure | |
| [tag] lambda | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] SaturationDependentHeatConduction | |
| [tag] dry | |
| [tag] wet | |
| ►[case] SaturationDependentSwelling | |
| [tag] exponents | Exponents, one for each spatial dimension. |
| [tag] lower_saturation_limit | |
| [tag] swelling_pressures | Maximum swelling pressures, one for each spatial dimension. |
| [tag] upper_saturation_limit | |
| [case] SaturationLiakopoulos | |
| ►[case] SaturationVanGenuchten | The van Genuchten capillary pressure model. |
| [tag] exponent | |
| [tag] p_b | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] StrainDependentPermeability | A strain dependent intrinsic permeability model. |
| [tag] b1 | |
| [tag] b2 | |
| [tag] b3 | |
| [tag] initial_permeability | Initial intrinsic permeability. |
| [tag] maximum_permeability | |
| [tag] minimum_permeability | |
| ►[case] TransportPorosityFromMassBalance | |
| [tag] initial_porosity | Parameter, which is used by FEM to set the initial porosity value. |
| [tag] maximal_porosity | |
| [tag] minimal_porosity | |
| [tag] name | |
| [tag] type | |
| [tag] type | |
| ►[tag] properties | |
| ►[tag] property | |
| [case] AverageMolarMass | |
| ►[case] BishopsPowerLaw | Bishop's power law for effective stress. |
| [tag] exponent | |
| ►[case] BishopsSaturationCutoff | |
| [tag] cutoff_value | |
| ►[case] CapillaryPressureRegularizedVanGenuchten | This class handles the computation of the capillary pressure, p_c(S_l) , with the capillary pressure regularization. |
| [tag] exponent | |
| [tag] p_b | |
| [tag] residual_gas_saturation | Residual saturation of gas phase. |
| [tag] residual_liquid_saturation | |
| ►[case] CapillaryPressureVanGenuchten | The van Genuchten capillary pressure model. |
| [tag] exponent | Exponent. |
| [tag] maximum_capillary_pressure | Maximum capillary pressure. |
| [tag] p_b | Pressure scaling factor. |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | Residual saturation of liquid phase. |
| ►[case] Constant | |
| [tag] value | |
| ►[case] Curve | |
| [tag] curve | |
| [tag] independent_variable | The variable type that the curve property depends on. |
| ►[case] DupuitPermeability | |
| [tag] parameter_name | |
| ►[case] Exponential | |
| ►[tag] exponent | |
| [tag] factor | a dimensionless exponent. |
| [tag] reference_condition | |
| [tag] variable_name | |
| [tag] offset | additive offset in units of the property. |
| [tag] reference_value | |
| [case] IdealGasLaw | Density function for ideal gases. |
| ►[case] KozenyCarmanModel | |
| [tag] initial_permeability | |
| [tag] initial_porosity | |
| ►[case] Linear | |
| ►[tag] independent_variable | |
| [tag] reference_condition | |
| [tag] slope | |
| [tag] variable_name | |
| [tag] reference_value | |
| ►[case] LinearSaturationSwellingStress | This class defines a linear saturation rate dependent swelling stress model for the materials that swell strongly when water content increases. |
| [tag] coefficient | |
| [tag] reference_saturation | |
| ►[case] Parameter | |
| [tag] parameter_name | |
| ►[case] PermeabilityMohrCoulombFailureIndexModel | A failure index dependent permeability model [16]. |
| [tag] cohesion | Cohesion. |
| [tag] fitting_factor | Fitting parameter. |
| [tag] friction_angle | Angle of internal friction. |
| [tag] initial_permeability | |
| [tag] maximum_permeability | Maximum permeability. |
| [tag] reference_permeability | Reference permeability. |
| [tag] tensile_strength_parameter | Tensile strength parameter. |
| ►[case] PermeabilityOrthotropicPowerLaw | |
| [tag] exponents | Exponents, one for each spatial dimension. |
| [tag] intrinsic_permeabilities | Intrinsic permeabilities, one for each spatial dimension. |
| ►[case] PorosityFromMassBalance | |
| [tag] initial_porosity | Parameter, which is used by FEM to set the initial porosity value. |
| [tag] maximal_porosity | |
| [tag] minimal_porosity | |
| ►[case] RelPermBrooksCorey | |
| [tag] lambda | |
| [tag] min_relative_permeability_gas | |
| [tag] min_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| [case] RelPermLiakopoulos | |
| ►[case] RelPermUdell | |
| [tag] min_relative_permeability_gas | |
| [tag] min_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] RelativePermeabilityVanGenuchten | |
| [tag] exponent | |
| [tag] minimum_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] SaturationBrooksCorey | |
| [tag] entry_pressure | |
| [tag] lambda | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] SaturationDependentHeatConduction | |
| [tag] dry | |
| [tag] wet | |
| ►[case] SaturationDependentSwelling | |
| [tag] exponents | Exponents, one for each spatial dimension. |
| [tag] lower_saturation_limit | |
| [tag] swelling_pressures | Maximum swelling pressures, one for each spatial dimension. |
| [tag] upper_saturation_limit | |
| [case] SaturationLiakopoulos | |
| ►[case] SaturationVanGenuchten | The van Genuchten capillary pressure model. |
| [tag] exponent | |
| [tag] p_b | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] StrainDependentPermeability | A strain dependent intrinsic permeability model. |
| [tag] b1 | |
| [tag] b2 | |
| [tag] b3 | |
| [tag] initial_permeability | Initial intrinsic permeability. |
| [tag] maximum_permeability | |
| [tag] minimum_permeability | |
| ►[case] TransportPorosityFromMassBalance | |
| [tag] initial_porosity | Parameter, which is used by FEM to set the initial porosity value. |
| [tag] maximal_porosity | |
| [tag] minimal_porosity | |
| [tag] name | |
| [tag] type | |
| ►[tag] mesh | |
| [attr] axially_symmetric | |
| ►[tag] meshes | |
| ►[tag] mesh | |
| [attr] axially_symmetric | |
| ►[tag] nonlinear_solvers | |
| ►[tag] nonlinear_solver | |
| [tag] damping | |
| [tag] linear_solver | |
| [tag] max_iter | |
| [tag] name | |
| [tag] type | |
| ►[tag] parameters | |
| ►[tag] parameter | |
| ►[case] Constant | |
| [tag] value | |
| [tag] values | |
| ►[case] CurveScaled | |
| [tag] curve | |
| [tag] parameter | |
| ►[case] Function | |
| [tag] expression | |
| ►[case] Group | |
| [tag] group_id_property | |
| ►[tag] index_values | |
| [tag] index | |
| [tag] value | |
| [tag] values | |
| ►[case] MeshElement | |
| [tag] field_name | |
| ►[case] MeshNode | |
| [tag] field_name | |
| ►[case] TimeDependentHeterogeneousParameter | |
| ►[tag] time_series | |
| ►[tag] pair | |
| [tag] parameter_name | |
| [tag] time | |
| [tag] mesh | |
| [tag] name | |
| [tag] type | |
| [tag] use_local_coordinate_system | |
| ►[tag] process_variables | |
| ►[tag] process_variable | |
| ►[tag] boundary_conditions | |
| ►[tag] boundary_condition | |
| ►[case] ConstraintDirichletBoundaryCondition | |
| [tag] constraining_process_variable | |
| [tag] constraint_direction | |
| [tag] constraint_threshold | |
| [tag] constraint_type | |
| [tag] parameter | |
| ►[case] Dirichlet | |
| [tag] parameter | |
| ►[case] DirichletWithinTimeInterval | |
| [tag] parameter | |
| [tag] time_interval | |
| ►[case] HCNonAdvectiveFreeComponentFlowBoundary | |
| [tag] parameter | |
| ►[case] Neumann | |
| [tag] area_parameter | |
| [tag] parameter | |
| ►[case] NormalTraction | |
| [tag] parameter | |
| [tag] PhaseFieldIrreversibleDamageOracleBoundaryCondition | |
| ►[case] PrimaryVariableConstraintDirichletBoundaryCondition | |
| [tag] comparison_operator | |
| [tag] parameter | < parameter that defines the Dirirchlet-type condition values |
| [tag] threshold_parameter | |
| ►[case] Python | |
| [tag] bc_object | |
| [tag] flush_stdout | |
| ►[case] Robin | |
| [tag] alpha | |
| [tag] area_parameter | |
| [tag] u_0 | |
| ►[case] SolutionDependentDirichlet | |
| [tag] initial_value_parameter | |
| [tag] property_name | |
| ►[case] NonuniformVariableDependentNeumann | |
| [tag] coefficient_current_variable_name | |
| [tag] coefficient_mixed_variables_name | |
| [tag] coefficient_other_variable_name | |
| [tag] constant_name | |
| [tag] component | |
| [tag] geometrical_set | |
| [tag] geometry | |
| [tag] mesh | |
| [tag] type | |
| [tag] components | |
| ►[tag] deactivated_subdomains | |
| ►[tag] deactivated_subdomain | |
| [tag] material_ids | |
| [tag] time_interval | |
| [tag] initial_condition | |
| [tag] mesh | |
| [tag] name | |
| [tag] order | |
| ►[tag] source_terms | |
| ►[tag] source_term | |
| ►[case] Nodal | |
| [tag] parameter | |
| ►[case] Python | |
| [tag] flush_stdout | |
| [tag] source_term_object | |
| ►[case] Volumetric | |
| [tag] parameter | |
| [tag] component | |
| [tag] geometrical_set | |
| [tag] geometry | |
| [tag] mesh | |
| [tag] type | |
| ►[tag] processes | |
| ►[tag] process | |
| ►[case] ComponentTransport | |
| [tag] coupling_scheme | |
| ►[tag] fluid | |
| ►[tag] density | |
| ►[case] ConcentrationAndPressureDependent | |
| [tag] fluid_density_concentration_difference_ratio | |
| [tag] fluid_density_pressure_difference_ratio | |
| [tag] reference_concentration | |
| [tag] reference_density | |
| [tag] reference_pressure | |
| ►[case] ConcentrationDependent | |
| [tag] fluid_density_difference_ratio | |
| [tag] reference_concentration | |
| [tag] reference_density | |
| ►[case] Constant | |
| [tag] value | |
| ►[case] IdealGasLaw | Fluid density by ideal gas law. |
| [tag] molar_mass | Molar mass of gas phase. |
| ►[case] LiquidDensity | |
| [tag] beta | Volumetric temperature expansion coefficient. |
| [tag] bulk_modulus | Bulk modulus. |
| [tag] p0 | Initial pressure. |
| [tag] rho0 | Initial density. |
| [tag] temperature0 | Initial temperature. |
| ►[case] TemperatureDependent | Linear temperature dependent density model. |
| [tag] beta | Parameter. |
| [tag] rho0 | Reference density. |
| [tag] temperature0 | Reference temperature. |
| [tag] type | |
| ►[tag] specific_heat_capacity | |
| ►[case] Constant | |
| [tag] value | |
| [tag] type | |
| ►[tag] thermal_conductivity | |
| ►[case] Constant | |
| [tag] value | |
| [tag] type | |
| ►[tag] viscosity | |
| ►[case] Constant | |
| [tag] value | |
| ►[case] LinearPressure | |
| [tag] gamma | Parameter. |
| [tag] mu0 | Reference viscosity. |
| [tag] p0 | Reference pressure. |
| ►[case] TemperatureDependent | |
| [tag] mu0 | Inital viscosity. |
| [tag] tc | Reference temperature 1. |
| [tag] tv | Reference temperature 2. |
| ►[case] Vogels | |
| [tag] liquid_type | |
| [tag] type | |
| [tag] non_advective_form | |
| ►[tag] process_variables | |
| [tag] concentration | |
| [tag] pressure | |
| [tag] specific_body_force | |
| ►[case] HEAT_CONDUCTION | |
| [tag] mass_lumping | If set mass lumping will be applied to the equation. |
| ►[tag] process_variables | |
| [tag] process_variable | |
| ►[case] HEAT_TRANSPORT_BHE | |
| ►[tag] borehole_heat_exchangers | |
| ►[tag] borehole_heat_exchanger | |
| ►[tag] borehole | |
| [tag] diameter | |
| [tag] length | |
| ►[tag] flow_and_temperature_control | |
| ►[case] BuildingPowerCurveConstantFlow | |
| [tag] cop_heating_curve | |
| [tag] flow_rate | |
| [tag] power_curve | |
| ►[case] FixedPowerConstantFlow | |
| [tag] flow_rate | |
| [tag] power | |
| ►[case] FixedPowerFlowCurve | |
| [tag] flow_rate_curve | |
| [tag] power | |
| ►[case] PowerCurveConstantFlow | |
| [tag] flow_rate | |
| [tag] power_curve | |
| ►[case] TemperatureCurveConstantFlow | |
| [tag] flow_rate | |
| [tag] temperature_curve | |
| ►[case] TemperatureCurveFlowCurve | |
| [tag] flow_rate_curve | |
| [tag] temperature_curve | |
| [tag] type | |
| ►[tag] grout | |
| [tag] density | |
| [tag] porosity | |
| [tag] specific_heat_capacity | |
| [tag] thermal_conductivity | |
| ►[tag] pipes | |
| [tag] distance_between_pipes | |
| ►[tag] inlet | |
| [tag] diameter | |
| [tag] wall_thermal_conductivity | |
| [tag] wall_thickness | |
| [tag] inner | |
| [tag] longitudinal_dispersion_length | |
| [tag] outer | |
| [tag] outlet | |
| ►[tag] refrigerant | |
| [tag] density | |
| [tag] reference_temperature | |
| [tag] specific_heat_capacity | |
| [tag] thermal_conductivity | |
| [tag] viscosity | |
| [tag] type | |
| [tag] use_bhe_pipe_network | |
| ►[tag] process_variables | |
| [tag] process_variable | |
| ►[case] HT | |
| [tag] coupling_scheme | |
| ►[tag] fluid | |
| ►[tag] density | |
| ►[case] ConcentrationAndPressureDependent | |
| [tag] fluid_density_concentration_difference_ratio | |
| [tag] fluid_density_pressure_difference_ratio | |
| [tag] reference_concentration | |
| [tag] reference_density | |
| [tag] reference_pressure | |
| ►[case] ConcentrationDependent | |
| [tag] fluid_density_difference_ratio | |
| [tag] reference_concentration | |
| [tag] reference_density | |
| ►[case] Constant | |
| [tag] value | |
| ►[case] IdealGasLaw | Fluid density by ideal gas law. |
| [tag] molar_mass | Molar mass of gas phase. |
| ►[case] LiquidDensity | |
| [tag] beta | Volumetric temperature expansion coefficient. |
| [tag] bulk_modulus | Bulk modulus. |
| [tag] p0 | Initial pressure. |
| [tag] rho0 | Initial density. |
| [tag] temperature0 | Initial temperature. |
| ►[case] TemperatureDependent | Linear temperature dependent density model. |
| [tag] beta | Parameter. |
| [tag] rho0 | Reference density. |
| [tag] temperature0 | Reference temperature. |
| [tag] type | |
| ►[tag] specific_heat_capacity | |
| ►[case] Constant | |
| [tag] value | |
| [tag] type | |
| ►[tag] thermal_conductivity | |
| ►[case] Constant | |
| [tag] value | |
| [tag] type | |
| ►[tag] viscosity | |
| ►[case] Constant | |
| [tag] value | |
| ►[case] LinearPressure | |
| [tag] gamma | Parameter. |
| [tag] mu0 | Reference viscosity. |
| [tag] p0 | Reference pressure. |
| ►[case] TemperatureDependent | |
| [tag] mu0 | Inital viscosity. |
| [tag] tc | Reference temperature 1. |
| [tag] tv | Reference temperature 2. |
| ►[case] Vogels | |
| [tag] liquid_type | |
| [tag] type | |
| ►[tag] process_variables | |
| [tag] pressure | |
| [tag] temperature | |
| ►[tag] solid_thermal_expansion | |
| [tag] biot_constant | |
| [tag] thermal_expansion | |
| [tag] specific_body_force | |
| ►[case] HYDRO_MECHANICS | |
| ►[tag] constitutive_relation | |
| [attr] id | |
| ►[case] CreepBGRa | A class for computing the BGRa creep model, which reads. |
| [tag] a | |
| [tag] n | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] q | |
| [tag] sigma0 | |
| ►[case] Ehlers | |
| [tag] alpha | |
| [tag] alphap | |
| [tag] beta | |
| [tag] betap | |
| [tag] bulk_modulus | |
| ►[tag] damage_properties | |
| [tag] alpha_d | |
| [tag] beta_d | |
| [tag] h_d | |
| [tag] delta | |
| [tag] deltap | |
| [tag] eps | |
| [tag] epsp | |
| [tag] gamma | |
| [tag] gammap | |
| [tag] hardening_modulus | |
| [tag] kappa | |
| [tag] m | |
| [tag] mp | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] shear_modulus | |
| [tag] tangent_type | |
| ►[case] LinearElasticIsotropic | |
| [tag] poissons_ratio | |
| [tag] youngs_modulus | |
| ►[case] LinearElasticOrthotropic | |
| [tag] poissons_ratios | |
| [tag] shear_moduli | |
| [tag] youngs_moduli | |
| ►[case] Lubby2 | |
| [tag] dependency_parameter_mk | |
| [tag] dependency_parameter_mvk | |
| [tag] dependency_parameter_mvm | |
| [tag] kelvin_shear_modulus | |
| [tag] kelvin_viscosity | |
| [tag] maxwell_bulk_modulus | |
| [tag] maxwell_shear_modulus | |
| [tag] maxwell_viscosity | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] MFront | |
| [tag] behaviour | |
| [tag] library | |
| ►[tag] material_properties | |
| ►[tag] material_property | |
| [attr] name | |
| [attr] parameter | |
| [tag] type | |
| [tag] coupling_scheme | |
| [tag] dimension | |
| [tag] initial_stress | |
| [tag] mass_lumping | If set mass lumping will be applied to the pressure equation. |
| ►[tag] process_variables | |
| [tag] displacement | |
| [tag] pressure | |
| [tag] specific_body_force | |
| ►[case] HYDRO_MECHANICS_WITH_LIE | |
| [tag] biot_coefficient | |
| ►[tag] constitutive_relation | |
| [attr] id | |
| ►[case] CreepBGRa | A class for computing the BGRa creep model, which reads. |
| [tag] a | |
| [tag] n | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] q | |
| [tag] sigma0 | |
| ►[case] Ehlers | |
| [tag] alpha | |
| [tag] alphap | |
| [tag] beta | |
| [tag] betap | |
| [tag] bulk_modulus | |
| ►[tag] damage_properties | |
| [tag] alpha_d | |
| [tag] beta_d | |
| [tag] h_d | |
| [tag] delta | |
| [tag] deltap | |
| [tag] eps | |
| [tag] epsp | |
| [tag] gamma | |
| [tag] gammap | |
| [tag] hardening_modulus | |
| [tag] kappa | |
| [tag] m | |
| [tag] mp | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] shear_modulus | |
| [tag] tangent_type | |
| ►[case] LinearElasticIsotropic | |
| [tag] poissons_ratio | |
| [tag] youngs_modulus | |
| ►[case] LinearElasticOrthotropic | |
| [tag] poissons_ratios | |
| [tag] shear_moduli | |
| [tag] youngs_moduli | |
| ►[case] Lubby2 | |
| [tag] dependency_parameter_mk | |
| [tag] dependency_parameter_mvk | |
| [tag] dependency_parameter_mvm | |
| [tag] kelvin_shear_modulus | |
| [tag] kelvin_viscosity | |
| [tag] maxwell_bulk_modulus | |
| [tag] maxwell_shear_modulus | |
| [tag] maxwell_viscosity | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] MFront | |
| [tag] behaviour | |
| [tag] library | |
| ►[tag] material_properties | |
| ►[tag] material_property | |
| [attr] name | |
| [attr] parameter | |
| [tag] type | |
| [tag] coupling_scheme | |
| [tag] deactivate_matrix_in_flow | |
| [tag] dimension | |
| [tag] fluid_density | |
| [tag] fluid_viscosity | |
| ►[tag] fracture_model | |
| ►[case] CohesiveZoneModeI | |
| [tag] fracture_toughness | |
| [tag] normal_stiffness | Normal stiffness given in units of stress per length. |
| [tag] peak_normal_traction | |
| [tag] penalty_aperture_cutoff | |
| [tag] shear_stiffness | Shear stiffness given in units of stress per length. |
| [tag] tension_cutoff | |
| ►[case] Coulomb | |
| [tag] cohesion | Fracture cohesion in units of stress. |
| [tag] dilatancy_angle | |
| [tag] friction_angle | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] normal_stiffness | Normal stiffness given in units of stress per length. |
| [tag] penalty_aperture_cutoff | |
| [tag] shear_stiffness | Shear stiffness given in units of stress per length. |
| [tag] tension_cutoff | |
| ►[case] LinearElasticIsotropic | |
| [tag] normal_stiffness | Normal stiffness given in units of stress per length. |
| [tag] penalty_aperture_cutoff | |
| [tag] shear_stiffness | Shear stiffness given in units of stress per length. |
| [tag] tension_cutoff | |
| [tag] type | |
| ►[tag] fracture_properties | |
| [tag] biot_coefficient | |
| [tag] initial_aperture | |
| [tag] material_id | |
| ►[tag] permeability_model | |
| ►[case] ConstantPermeability | |
| [tag] value | |
| [case] CubicLaw | |
| [tag] type | |
| [tag] specific_storage | |
| [tag] initial_effective_stress | |
| [tag] initial_fracture_effective_stress | |
| [tag] intrinsic_permeability | |
| [tag] porosity | |
| ►[tag] process_variables | |
| [tag] process_variable | |
| [tag] reference_temperature | |
| [tag] solid_density | |
| [tag] specific_body_force | |
| [tag] specific_storage | |
| ►[case] LIQUID_FLOW | A class to simulate the liquid flow process in porous media described by. |
| ►[tag] darcy_gravity | |
| [tag] axis_id | |
| [tag] g | |
| ►[tag] process_variables | |
| [tag] process_variable | |
| ►[case] PHASE_FIELD | |
| ►[tag] constitutive_relation | |
| [attr] id | |
| ►[case] CreepBGRa | A class for computing the BGRa creep model, which reads. |
| [tag] a | |
| [tag] n | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] q | |
| [tag] sigma0 | |
| ►[case] Ehlers | |
| [tag] alpha | |
| [tag] alphap | |
| [tag] beta | |
| [tag] betap | |
| [tag] bulk_modulus | |
| ►[tag] damage_properties | |
| [tag] alpha_d | |
| [tag] beta_d | |
| [tag] h_d | |
| [tag] delta | |
| [tag] deltap | |
| [tag] eps | |
| [tag] epsp | |
| [tag] gamma | |
| [tag] gammap | |
| [tag] hardening_modulus | |
| [tag] kappa | |
| [tag] m | |
| [tag] mp | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] shear_modulus | |
| [tag] tangent_type | |
| ►[case] LinearElasticIsotropic | |
| [tag] poissons_ratio | |
| [tag] youngs_modulus | |
| ►[case] LinearElasticOrthotropic | |
| [tag] poissons_ratios | |
| [tag] shear_moduli | |
| [tag] youngs_moduli | |
| ►[case] Lubby2 | |
| [tag] dependency_parameter_mk | |
| [tag] dependency_parameter_mvk | |
| [tag] dependency_parameter_mvm | |
| [tag] kelvin_shear_modulus | |
| [tag] kelvin_viscosity | |
| [tag] maxwell_bulk_modulus | |
| [tag] maxwell_shear_modulus | |
| [tag] maxwell_viscosity | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] MFront | |
| [tag] behaviour | |
| [tag] library | |
| ►[tag] material_properties | |
| ►[tag] material_property | |
| [attr] name | |
| [attr] parameter | |
| [tag] type | |
| [tag] coupling_scheme | |
| [tag] hydro_crack_scheme | |
| ►[tag] phasefield_parameters | |
| [tag] crack_length_scale | |
| [tag] crack_resistance | |
| [tag] history_field | |
| [tag] kinetic_coefficient | |
| [tag] residual_stiffness | |
| ►[tag] process_variables | |
| [tag] displacement | |
| [tag] phasefield | |
| [tag] solid_density | |
| [tag] specific_body_force | |
| ►[case] RICHARDS_FLOW | |
| [tag] mass_lumping | |
| ►[tag] process_variables | |
| [tag] process_variable | |
| [tag] specific_body_force | |
| ►[case] RICHARDS_MECHANICS | |
| ►[tag] constitutive_relation | |
| [attr] id | |
| ►[case] CreepBGRa | A class for computing the BGRa creep model, which reads. |
| [tag] a | |
| [tag] n | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] q | |
| [tag] sigma0 | |
| ►[case] Ehlers | |
| [tag] alpha | |
| [tag] alphap | |
| [tag] beta | |
| [tag] betap | |
| [tag] bulk_modulus | |
| ►[tag] damage_properties | |
| [tag] alpha_d | |
| [tag] beta_d | |
| [tag] h_d | |
| [tag] delta | |
| [tag] deltap | |
| [tag] eps | |
| [tag] epsp | |
| [tag] gamma | |
| [tag] gammap | |
| [tag] hardening_modulus | |
| [tag] kappa | |
| [tag] m | |
| [tag] mp | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] shear_modulus | |
| [tag] tangent_type | |
| ►[case] LinearElasticIsotropic | |
| [tag] poissons_ratio | |
| [tag] youngs_modulus | |
| ►[case] LinearElasticOrthotropic | |
| [tag] poissons_ratios | |
| [tag] shear_moduli | |
| [tag] youngs_moduli | |
| ►[case] Lubby2 | |
| [tag] dependency_parameter_mk | |
| [tag] dependency_parameter_mvk | |
| [tag] dependency_parameter_mvm | |
| [tag] kelvin_shear_modulus | |
| [tag] kelvin_viscosity | |
| [tag] maxwell_bulk_modulus | |
| [tag] maxwell_shear_modulus | |
| [tag] maxwell_viscosity | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] MFront | |
| [tag] behaviour | |
| [tag] library | |
| ►[tag] material_properties | |
| ►[tag] material_property | |
| [attr] name | |
| [attr] parameter | |
| [tag] type | |
| [tag] coupling_scheme | |
| [tag] dimension | |
| [tag] initial_stress | |
| [tag] mass_lumping | |
| ►[tag] process_variables | |
| [tag] displacement | |
| [tag] pressure | |
| [tag] specific_body_force | |
| ►[case] RichardsComponentTransport | |
| [tag] coupling_scheme | |
| [tag] decay_rate | |
| [tag] fluid | |
| [tag] fluid_reference_density | |
| [tag] molecular_diffusion_coefficient | |
| ►[tag] porous_medium | |
| ►[tag] porous_medium | |
| [attr] id | |
| [tag] capillary_pressure | |
| [tag] permeability | |
| [tag] porosity | |
| [tag] relative_permeability | |
| [tag] storage | |
| ►[tag] process_variables | |
| [tag] concentration | |
| [tag] pressure | |
| [tag] retardation_factor | |
| [tag] solute_dispersivity_longitudinal | |
| [tag] solute_dispersivity_transverse | |
| [tag] specific_body_force | |
| ►[case] SMALL_DEFORMATION | |
| ►[tag] constitutive_relation | |
| [attr] id | |
| ►[case] CreepBGRa | A class for computing the BGRa creep model, which reads. |
| [tag] a | |
| [tag] n | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] q | |
| [tag] sigma0 | |
| ►[case] Ehlers | |
| [tag] alpha | |
| [tag] alphap | |
| [tag] beta | |
| [tag] betap | |
| [tag] bulk_modulus | |
| ►[tag] damage_properties | |
| [tag] alpha_d | |
| [tag] beta_d | |
| [tag] h_d | |
| [tag] delta | |
| [tag] deltap | |
| [tag] eps | |
| [tag] epsp | |
| [tag] gamma | |
| [tag] gammap | |
| [tag] hardening_modulus | |
| [tag] kappa | |
| [tag] m | |
| [tag] mp | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] shear_modulus | |
| [tag] tangent_type | |
| ►[case] LinearElasticIsotropic | |
| [tag] poissons_ratio | |
| [tag] youngs_modulus | |
| ►[case] LinearElasticOrthotropic | |
| [tag] poissons_ratios | |
| [tag] shear_moduli | |
| [tag] youngs_moduli | |
| ►[case] Lubby2 | |
| [tag] dependency_parameter_mk | |
| [tag] dependency_parameter_mvk | |
| [tag] dependency_parameter_mvm | |
| [tag] kelvin_shear_modulus | |
| [tag] kelvin_viscosity | |
| [tag] maxwell_bulk_modulus | |
| [tag] maxwell_shear_modulus | |
| [tag] maxwell_viscosity | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] MFront | |
| [tag] behaviour | |
| [tag] library | |
| ►[tag] material_properties | |
| ►[tag] material_property | |
| [attr] name | |
| [attr] parameter | |
| [tag] type | |
| [tag] initial_stress | |
| ►[tag] process_variables | |
| [tag] process_variable | |
| [tag] reference_temperature | |
| [tag] solid_density | Solid's density. A scalar quantity, ParameterLib::Parameter<double>. |
| [tag] specific_body_force | |
| ►[case] SMALL_DEFORMATION_NONLOCAL | |
| ►[tag] constitutive_relation | |
| [attr] id | |
| ►[case] CreepBGRa | A class for computing the BGRa creep model, which reads. |
| [tag] a | |
| [tag] n | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] q | |
| [tag] sigma0 | |
| ►[case] Ehlers | |
| [tag] alpha | |
| [tag] alphap | |
| [tag] beta | |
| [tag] betap | |
| [tag] bulk_modulus | |
| ►[tag] damage_properties | |
| [tag] alpha_d | |
| [tag] beta_d | |
| [tag] h_d | |
| [tag] delta | |
| [tag] deltap | |
| [tag] eps | |
| [tag] epsp | |
| [tag] gamma | |
| [tag] gammap | |
| [tag] hardening_modulus | |
| [tag] kappa | |
| [tag] m | |
| [tag] mp | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] shear_modulus | |
| [tag] tangent_type | |
| ►[case] LinearElasticIsotropic | |
| [tag] poissons_ratio | |
| [tag] youngs_modulus | |
| ►[case] LinearElasticOrthotropic | |
| [tag] poissons_ratios | |
| [tag] shear_moduli | |
| [tag] youngs_moduli | |
| ►[case] Lubby2 | |
| [tag] dependency_parameter_mk | |
| [tag] dependency_parameter_mvk | |
| [tag] dependency_parameter_mvm | |
| [tag] kelvin_shear_modulus | |
| [tag] kelvin_viscosity | |
| [tag] maxwell_bulk_modulus | |
| [tag] maxwell_shear_modulus | |
| [tag] maxwell_viscosity | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] MFront | |
| [tag] behaviour | |
| [tag] library | |
| ►[tag] material_properties | |
| ►[tag] material_property | |
| [attr] name | |
| [attr] parameter | |
| [tag] type | |
| [tag] internal_length | |
| ►[tag] process_variables | |
| [tag] process_variable | |
| [tag] reference_temperature | |
| [tag] solid_density | Solid's density. A scalar quantity, ParameterLib::Parameter<double>. |
| [tag] specific_body_force | |
| ►[case] SMALL_DEFORMATION_WITH_LIE | |
| ►[tag] constitutive_relation | |
| [attr] id | |
| ►[case] CreepBGRa | A class for computing the BGRa creep model, which reads. |
| [tag] a | |
| [tag] n | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] q | |
| [tag] sigma0 | |
| ►[case] Ehlers | |
| [tag] alpha | |
| [tag] alphap | |
| [tag] beta | |
| [tag] betap | |
| [tag] bulk_modulus | |
| ►[tag] damage_properties | |
| [tag] alpha_d | |
| [tag] beta_d | |
| [tag] h_d | |
| [tag] delta | |
| [tag] deltap | |
| [tag] eps | |
| [tag] epsp | |
| [tag] gamma | |
| [tag] gammap | |
| [tag] hardening_modulus | |
| [tag] kappa | |
| [tag] m | |
| [tag] mp | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] shear_modulus | |
| [tag] tangent_type | |
| ►[case] LinearElasticIsotropic | |
| [tag] poissons_ratio | |
| [tag] youngs_modulus | |
| ►[case] LinearElasticOrthotropic | |
| [tag] poissons_ratios | |
| [tag] shear_moduli | |
| [tag] youngs_moduli | |
| ►[case] Lubby2 | |
| [tag] dependency_parameter_mk | |
| [tag] dependency_parameter_mvk | |
| [tag] dependency_parameter_mvm | |
| [tag] kelvin_shear_modulus | |
| [tag] kelvin_viscosity | |
| [tag] maxwell_bulk_modulus | |
| [tag] maxwell_shear_modulus | |
| [tag] maxwell_viscosity | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] MFront | |
| [tag] behaviour | |
| [tag] library | |
| ►[tag] material_properties | |
| ►[tag] material_property | |
| [attr] name | |
| [attr] parameter | |
| [tag] type | |
| [tag] dimension | |
| ►[tag] fracture_model | |
| ►[case] CohesiveZoneModeI | |
| [tag] fracture_toughness | |
| [tag] normal_stiffness | Normal stiffness given in units of stress per length. |
| [tag] peak_normal_traction | |
| [tag] penalty_aperture_cutoff | |
| [tag] shear_stiffness | Shear stiffness given in units of stress per length. |
| [tag] tension_cutoff | |
| ►[case] Coulomb | |
| [tag] cohesion | Fracture cohesion in units of stress. |
| [tag] dilatancy_angle | |
| [tag] friction_angle | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] normal_stiffness | Normal stiffness given in units of stress per length. |
| [tag] penalty_aperture_cutoff | |
| [tag] shear_stiffness | Shear stiffness given in units of stress per length. |
| [tag] tension_cutoff | |
| ►[case] LinearElasticIsotropic | |
| [tag] normal_stiffness | Normal stiffness given in units of stress per length. |
| [tag] penalty_aperture_cutoff | |
| [tag] shear_stiffness | Shear stiffness given in units of stress per length. |
| [tag] tension_cutoff | |
| [tag] type | |
| ►[tag] fracture_properties | |
| [tag] initial_aperture | |
| [tag] material_id | |
| ►[tag] process_variables | |
| [tag] process_variable | |
| [tag] reference_temperature | |
| ►[case] STEADY_STATE_DIFFUSION | |
| ►[tag] process_variables | |
| [tag] process_variable | |
| ►[case] TES | |
| [tag] characteristic_pressure | |
| [tag] characteristic_temperature | |
| [tag] characteristic_vapour_mass_fraction | |
| [tag] diffusion_coefficient | |
| [tag] fluid_specific_heat_source | |
| [tag] fluid_specific_isobaric_heat_capacity | |
| [tag] output_element_matrices | |
| [tag] output_global_matrix | |
| [tag] porosity | |
| ►[tag] process_variables | |
| [tag] fluid_pressure | |
| [tag] temperature | |
| [tag] vapour_mass_fraction | |
| [tag] reactive_system | |
| [tag] solid_density_dry | |
| [tag] solid_density_initial | |
| [tag] solid_heat_conductivity | |
| [tag] solid_hydraulic_permeability | |
| [tag] solid_specific_heat_source | |
| [tag] solid_specific_isobaric_heat_capacity | |
| [tag] tortuosity | |
| ►[case] THERMO_HYDRO_MECHANICS | |
| [tag] coupling_scheme | |
| [tag] dimension | |
| ►[tag] process_variables | |
| [tag] displacement | |
| [tag] pressure | |
| [tag] temperature | |
| [tag] reference_temperature | |
| [tag] specific_body_force | |
| ►[case] THERMO_MECHANICAL_PHASE_FIELD | |
| ►[tag] constitutive_relation | |
| [attr] id | |
| ►[case] CreepBGRa | A class for computing the BGRa creep model, which reads. |
| [tag] a | |
| [tag] n | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] q | |
| [tag] sigma0 | |
| ►[case] Ehlers | |
| [tag] alpha | |
| [tag] alphap | |
| [tag] beta | |
| [tag] betap | |
| [tag] bulk_modulus | |
| ►[tag] damage_properties | |
| [tag] alpha_d | |
| [tag] beta_d | |
| [tag] h_d | |
| [tag] delta | |
| [tag] deltap | |
| [tag] eps | |
| [tag] epsp | |
| [tag] gamma | |
| [tag] gammap | |
| [tag] hardening_modulus | |
| [tag] kappa | |
| [tag] m | |
| [tag] mp | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| [tag] shear_modulus | |
| [tag] tangent_type | |
| ►[case] LinearElasticIsotropic | |
| [tag] poissons_ratio | |
| [tag] youngs_modulus | |
| ►[case] LinearElasticOrthotropic | |
| [tag] poissons_ratios | |
| [tag] shear_moduli | |
| [tag] youngs_moduli | |
| ►[case] Lubby2 | |
| [tag] dependency_parameter_mk | |
| [tag] dependency_parameter_mvk | |
| [tag] dependency_parameter_mvm | |
| [tag] kelvin_shear_modulus | |
| [tag] kelvin_viscosity | |
| [tag] maxwell_bulk_modulus | |
| [tag] maxwell_shear_modulus | |
| [tag] maxwell_viscosity | |
| ►[tag] nonlinear_solver | |
| [tag] error_tolerance | Error tolerance for the residual. |
| [tag] maximum_iterations | Maximum number of iterations. |
| ►[case] MFront | |
| [tag] behaviour | |
| [tag] library | |
| ►[tag] material_properties | |
| ►[tag] material_property | |
| [attr] name | |
| [attr] parameter | |
| [tag] type | |
| ►[tag] phasefield_parameters | |
| [tag] crack_length_scale | |
| [tag] crack_resistance | |
| [tag] kinetic_coefficient | |
| [tag] residual_stiffness | |
| ►[tag] process_variables | |
| [tag] displacement | |
| [tag] phasefield | |
| [tag] temperature | |
| [tag] reference_solid_density | |
| [tag] reference_temperature | |
| [tag] specific_body_force | |
| ►[tag] thermal_parameters | |
| [tag] linear_thermal_expansion_coefficient | |
| [tag] residual_thermal_conductivity | |
| [tag] specific_heat_capacity | |
| [tag] thermal_conductivity | |
| ►[case] THERMO_MECHANICS | |
| [tag] constitutive_relation | |
| [tag] coupling_scheme | |
| [tag] initial_stress | |
| [tag] linear_thermal_expansion_coefficient | |
| ►[tag] process_variables | |
| [tag] displacement | |
| [tag] temperature | |
| [tag] reference_solid_density | |
| [tag] specific_body_force | |
| [tag] specific_heat_capacity | |
| [tag] thermal_conductivity | |
| ►[case] TWOPHASE_FLOW_PP | A class to simulate the isothermal two-phase flow process with P-P model in porous media. |
| [tag] mass_lumping | Enables lumping of the mass matrix. |
| ►[tag] process_variables | |
| [tag] capillary_pressure | |
| [tag] gas_pressure | |
| [tag] specific_body_force | |
| [tag] temperature | |
| ►[case] TWOPHASE_FLOW_PRHO | |
| [tag] diffusion_coeff_component_a | |
| [tag] diffusion_coeff_component_b | |
| [tag] mass_lumping | |
| ►[tag] material_property | |
| [tag] fluid | |
| [tag] gas_density | |
| [tag] gas_viscosity | |
| [tag] liquid_density | |
| [tag] liquid_viscosity | |
| ►[tag] porous_medium | |
| ►[tag] porous_medium | |
| [attr] id | |
| [tag] capillary_pressure | |
| [tag] permeability | |
| [tag] porosity | |
| ►[tag] relative_permeability | |
| ►[tag] relative_permeability | |
| [attr] id | |
| [tag] storage | |
| ►[tag] process_variables | |
| [tag] liquid_pressure | |
| [tag] overall_mass_density | |
| [tag] specific_body_force | |
| [tag] temperature | |
| ►[case] TWOPHASE_FLOW_THERMAL | A class to simulate the nonisothermal two-phase flow process with phase change phenomena between wetting phase and nonwetting phase in porous media. Note that the phase change here can be caused by evaporation, or by condensation, or by dissolution. The phase appearance and vanish are also taken into account. |
| [tag] density_solid | |
| [tag] diffusion_coeff_component_a | |
| [tag] diffusion_coeff_component_b | |
| [tag] latent_heat_evaporation | |
| [tag] mass_lumping | |
| ►[tag] material_property | |
| [tag] specific_heat_capacity_air | |
| [tag] specific_heat_capacity_solid | |
| [tag] specific_heat_capacity_water | |
| [tag] specific_heat_capacity_water_vapor | |
| [tag] thermal_conductivity_dry_solid | |
| [tag] thermal_conductivity_wet_solid | |
| ►[tag] process_variables | |
| [tag] capillary_pressure | |
| [tag] gas_pressure | |
| [tag] temperature | |
| [tag] specific_body_force | |
| ►[tag] calculatesurfaceflux | |
| [tag] mesh | |
| [tag] property_name | |
| [tag] integration_order | |
| ►[tag] jacobian_assembler | |
| ►[case] CentralDifferences | |
| [tag] component_magnitudes | |
| [tag] relative_epsilons | |
| ►[case] CompareJacobians | |
| [tag] abs_tol | |
| [tag] fail_on_error | |
| [tag] jacobian_assembler | |
| [tag] log_file | |
| [tag] reference_jacobian_assembler | |
| [tag] rel_tol | |
| [tag] type | |
| [tag] name | |
| ►[tag] secondary_variables | |
| ►[tag] secondary_variable | |
| [attr] internal_name | |
| [attr] output_name | |
| [attr] type | |
| [tag] type | |
| [tag] python_script | |
| ►[tag] search_length_algorithm | |
| ►[tag] fixed | |
| [tag] value | |
| [tag] heuristic | |
| [tag] type | |
| ►[tag] test_definition | |
| ►[tag] vtkdiff | |
| [tag] absolute_tolerance | |
| [tag] field | |
| [tag] file | |
| [tag] regex | |
| [tag] relative_tolerance | |
| ►[tag] time_loop | |
| ►[tag] global_process_coupling | |
| ►[tag] convergence_criteria | |
| [tag] convergence_criterion | |
| [tag] max_iter | |
| ►[tag] output | |
| [tag] compress_output | Enables or disables zlib-compression of the output files. |
| [tag] data_mode | |
| [tag] fixed_output_times | |
| ►[tag] meshes | |
| [tag] mesh | |
| [tag] output_extrapolation_residuals | |
| [tag] output_iteration_results | |
| [tag] prefix | |
| [tag] suffix | |
| ►[tag] timesteps | |
| ►[tag] pair | |
| [tag] each_steps | |
| [tag] repeat | |
| [tag] type | |
| ►[tag] variables | |
| [tag] variable | |
| ►[tag] processes | |
| ►[tag] process | |
| [attr] ref | |
| [tag] compensate_non_equilibrium_initial_residuum | |
| ►[tag] convergence_criterion | |
| ►[case] DeltaX | |
| [tag] abstol | |
| [tag] norm_type | |
| [tag] reltol | |
| ►[case] PerComponentDeltaX | |
| [tag] abstols | |
| [tag] norm_type | |
| [tag] reltols | |
| ►[case] PerComponentResidual | |
| [tag] abstols | |
| [tag] norm_type | |
| [tag] reltols | |
| ►[case] Residual | |
| [tag] abstol | |
| [tag] norm_type | |
| [tag] reltol | |
| [tag] type | |
| [tag] nonlinear_solver | |
| [tag] output | |
| ►[tag] time_discretization | |
| [case] BackwardEuler | |
| [tag] type | |
| ►[tag] time_interval | |
| [tag] end | |
| [tag] start | |
| ►[tag] time_stepping | |
| ►[case] EvolutionaryPIDcontroller | |
| [tag] dt_guess | |
| [tag] dt_max | |
| [tag] dt_min | |
| [tag] rel_dt_max | |
| [tag] rel_dt_min | |
| [tag] t_end | |
| [tag] t_initial | |
| [tag] tol | |
| ►[case] FixedTimeStepping | |
| [tag] t_end | |
| [tag] t_initial | |
| ►[tag] timesteps | |
| ►[tag] pair | |
| [tag] delta_t | |
| [tag] repeat | |
| ►[case] IterationNumberBasedTimeStepping | Iteration number based adaptive time stepping. |
| [tag] initial_dt | Initial time step size. |
| [tag] maximum_dt | The maximum allowed time step size. |
| [tag] minimum_dt | The minimum allowed time step size. |
| [tag] multiplier | This vector stores the multiplier coefficients. |
| [tag] number_iterations | |
| [tag] t_end | end time |
| [tag] t_initial | initial time |
| [case] SingleStep | |
| [tag] type | |
| ►[tag] properties | |
| ►[tag] property | |
| [case] AverageMolarMass | |
| ►[case] BishopsPowerLaw | Bishop's power law for effective stress. |
| [tag] exponent | |
| ►[case] BishopsSaturationCutoff | |
| [tag] cutoff_value | |
| ►[case] CapillaryPressureRegularizedVanGenuchten | This class handles the computation of the capillary pressure, p_c(S_l) , with the capillary pressure regularization. |
| [tag] exponent | |
| [tag] p_b | |
| [tag] residual_gas_saturation | Residual saturation of gas phase. |
| [tag] residual_liquid_saturation | |
| ►[case] CapillaryPressureVanGenuchten | The van Genuchten capillary pressure model. |
| [tag] exponent | Exponent. |
| [tag] maximum_capillary_pressure | Maximum capillary pressure. |
| [tag] p_b | Pressure scaling factor. |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | Residual saturation of liquid phase. |
| ►[case] Constant | |
| [tag] value | |
| ►[case] Curve | |
| [tag] curve | |
| [tag] independent_variable | The variable type that the curve property depends on. |
| ►[case] DupuitPermeability | |
| [tag] parameter_name | |
| ►[case] Exponential | |
| ►[tag] exponent | |
| [tag] factor | a dimensionless exponent. |
| [tag] reference_condition | |
| [tag] variable_name | |
| [tag] offset | additive offset in units of the property. |
| [tag] reference_value | |
| [case] IdealGasLaw | Density function for ideal gases. |
| ►[case] KozenyCarmanModel | |
| [tag] initial_permeability | |
| [tag] initial_porosity | |
| ►[case] Linear | |
| ►[tag] independent_variable | |
| [tag] reference_condition | |
| [tag] slope | |
| [tag] variable_name | |
| [tag] reference_value | |
| ►[case] LinearSaturationSwellingStress | This class defines a linear saturation rate dependent swelling stress model for the materials that swell strongly when water content increases. |
| [tag] coefficient | |
| [tag] reference_saturation | |
| ►[case] Parameter | |
| [tag] parameter_name | |
| ►[case] PermeabilityMohrCoulombFailureIndexModel | A failure index dependent permeability model [16]. |
| [tag] cohesion | Cohesion. |
| [tag] fitting_factor | Fitting parameter. |
| [tag] friction_angle | Angle of internal friction. |
| [tag] initial_permeability | |
| [tag] maximum_permeability | Maximum permeability. |
| [tag] reference_permeability | Reference permeability. |
| [tag] tensile_strength_parameter | Tensile strength parameter. |
| ►[case] PermeabilityOrthotropicPowerLaw | |
| [tag] exponents | Exponents, one for each spatial dimension. |
| [tag] intrinsic_permeabilities | Intrinsic permeabilities, one for each spatial dimension. |
| ►[case] PorosityFromMassBalance | |
| [tag] initial_porosity | Parameter, which is used by FEM to set the initial porosity value. |
| [tag] maximal_porosity | |
| [tag] minimal_porosity | |
| ►[case] RelPermBrooksCorey | |
| [tag] lambda | |
| [tag] min_relative_permeability_gas | |
| [tag] min_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| [case] RelPermLiakopoulos | |
| ►[case] RelPermUdell | |
| [tag] min_relative_permeability_gas | |
| [tag] min_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] RelativePermeabilityVanGenuchten | |
| [tag] exponent | |
| [tag] minimum_relative_permeability_liquid | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] SaturationBrooksCorey | |
| [tag] entry_pressure | |
| [tag] lambda | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] SaturationDependentHeatConduction | |
| [tag] dry | |
| [tag] wet | |
| ►[case] SaturationDependentSwelling | |
| [tag] exponents | Exponents, one for each spatial dimension. |
| [tag] lower_saturation_limit | |
| [tag] swelling_pressures | Maximum swelling pressures, one for each spatial dimension. |
| [tag] upper_saturation_limit | |
| [case] SaturationLiakopoulos | |
| ►[case] SaturationVanGenuchten | The van Genuchten capillary pressure model. |
| [tag] exponent | |
| [tag] p_b | |
| [tag] residual_gas_saturation | |
| [tag] residual_liquid_saturation | |
| ►[case] StrainDependentPermeability | A strain dependent intrinsic permeability model. |
| [tag] b1 | |
| [tag] b2 | |
| [tag] b3 | |
| [tag] initial_permeability | Initial intrinsic permeability. |
| [tag] maximum_permeability | |
| [tag] minimum_permeability | |
| ►[case] TransportPorosityFromMassBalance | |
| [tag] initial_porosity | Parameter, which is used by FEM to set the initial porosity value. |
| [tag] maximal_porosity | |
| [tag] minimal_porosity | |
| [tag] name | |
| [tag] type | |
| BulkMappingDocuPage | |
| Todo List | |
| OGS Input File Parameters—List of incomplete documentation pages | |
| Bibliography | |
1.9.1 
