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OGS
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OGS
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Coupled thermo-hydro-mechanical process. It is implemented monolithically.
Note: This list has been automatically extracted from OGS's benchmark tests (ctests). Therefore it might not be exhaustive, but it should give users a good overview about which properties they can/have to use with this process. Probably most of the properties occurring in this list are mandatory.
The list might contain different property <type>s for some property <name> to illustrate different possibilities the users have.
<type> [case] AqueousLiquid<type> [case] FrozenLiquid<type> [case] Solid<name> bulk_modulus<type> [case] Constant<name> density<type> [case] Constant<name> density<type> [case] Function<name> density<type> [case] Linear<name> density<type> [case] Parameter<name> phase_change_expansivity<type> [case] Constant<name> specific_heat_capacity<type> [case] Constant<name> specific_heat_capacity<type> [case] Parameter<name> specific_latent_heat<type> [case] Constant<name> thermal_conductivity<type> [case] Constant<name> thermal_conductivity<type> [case] Parameter<name> thermal_expansivity<type> [case] Constant<name> thermal_osmosis_coefficient<type> [case] Constant<name> viscosity<type> [case] Constant<name> viscosity<type> [case] Function<name> biot_coefficient<type> [case] Constant<name> density<type> [case] VolumeFractionAverage<name> permeability<type> [case] Constant<name> porosity<type> [case] Constant<name> reference_temperature<type> [case] Constant<name> reference_temperature<type> [case] Parameter<name> storage<type> [case] Constant<name> thermal_conductivity<type> [case] Constant<name> thermal_conductivity<type> [case] EffectiveThermalConductivityPorosityMixing<name> thermal_conductivity<type> [case] VolumeFractionAverage<name> volume_fraction<type> [case] TemperatureDependentFractionNo additional info.
1.11.0