... | ... | @@ -7,14 +7,14 @@ |
|
|
- You can `<include file="../path/to/file.xml">` other XML files into a `.prj`-file. !3081
|
|
|
|
|
|
### Process' changes
|
|
|
- Use MPL properties in HeatConduction process. !3062
|
|
|
- Allow thermal expansion to be anisotropic in ThermoHydroMechanics process. !3107
|
|
|
- Improve generic interface for updating medium property variables. !3262
|
|
|
- Improve generic interface for computing secondary variables. !3227
|
|
|
- Component transport process: output flow velocity averaged over integration points. !3254
|
|
|
- Reactive transport process: allow to assign chemical formula alternative to a component when defining water composition. !3122
|
|
|
- Reactive transport process: Output equilibrium and kinetic reactants (immobile phase) in amount. !3138, !3141
|
|
|
- Heat Transport BHE process: allow to specify a flow and temperature control condition with the BHE inflow rate and temperature values both following the corresponding curves. !3125
|
|
|
- Use MPL properties in HeatConduction process. !3062
|
|
|
- Allow thermal expansion to be anisotropic in ThermoHydroMechanics process. !3107
|
|
|
- Improve generic interface for updating medium property variables. !3262
|
|
|
- Improve generic interface for computing secondary variables. !3227
|
|
|
- Component transport process: output flow velocity averaged over integration points. !3254
|
|
|
- Reactive transport process: allow to assign chemical formula alternative to a component when defining water composition. !3122
|
|
|
- Reactive transport process: Output equilibrium and kinetic reactants (immobile phase) in amount. !3138, !3141
|
|
|
- Heat Transport BHE process: allow to specify a flow and temperature control condition with the BHE inflow rate and temperature values both following the corresponding curves. !3125
|
|
|
- ThermoHydroMechanics: The storage is now derived from the fluid density and the solid bulk modulus. !3159
|
|
|
- ThermoHydroMechanics: Fix bug in temperature equation for non-zero velocity. !3193
|
|
|
|
... | ... | @@ -25,26 +25,27 @@ |
|
|
- Cleanup of source term implementations (use volumetric source terms for line source terms), !3233
|
|
|
|
|
|
#### Numerics
|
|
|
- Changed the way to pass dot x for staggered scheme. !3082
|
|
|
- The extrapolators now accept an empty integration point values vector, in which case these are ignored. For now relevant only for LIE/SD process. !3117
|
|
|
- LIE; Update Heaviside function to [-1/2,1/2] range. !3140
|
|
|
- Changed the way to pass dot x for staggered scheme. !3082
|
|
|
- The extrapolators now accept an empty integration point values vector, in which case these are ignored. For now relevant only for LIE/SD process. !3117
|
|
|
- LIE; Update Heaviside function to [-1/2,1/2] range. !3140
|
|
|
|
|
|
#### Parameter
|
|
|
- The "Function" type parameter becomes independent from a domain specification, *i.e.* it is not any longer possible and necessary to specify a domain via a mesh tag !3054
|
|
|
- Extend the "Function" type parameter to handle time in the expressions introducing the t variable, additionally to the currently available x, y, z. !3054
|
|
|
- Pass curves to the "Function" parameter, such that they can be used in expressions like `curveA(sin(t))`. !3058
|
|
|
- The "Function" type parameter becomes independent from a domain specification, *i.e.* it is not any longer possible and necessary to specify a domain via a mesh tag !3054
|
|
|
- Extend the "Function" type parameter to handle time in the expressions introducing the t variable, additionally to the currently available x, y, z. !3054
|
|
|
- Pass curves to the "Function" parameter, such that they can be used in expressions like `curveA(sin(t))`. !3058
|
|
|
|
|
|
#### Input and output
|
|
|
- Exterior forces output in LiquidFlow and HeatConduction. !3068
|
|
|
- Exterior forces output in LiquidFlow and HeatConduction. !3068
|
|
|
|
|
|
#### Time stepping
|
|
|
- Fixed bugs in the fixed time output. !3026
|
|
|
- Allow time stepping continue after nonlinear fails in the staggered coupling loop. !3106
|
|
|
- Fixed bugs in the fixed time output. !3026
|
|
|
- Allow time stepping continue after nonlinear fails in the staggered coupling loop. !3106
|
|
|
|
|
|
### Material models
|
|
|
|
|
|
- Linear, saturation dependent swelling stress model. !3096
|
|
|
- Pass variables from previous time step to MPL Property::value() calls where increments are required. The *rate variables were removed in favor of the increments. !3102
|
|
|
- Pass variables from previous time step to MPL Property::value() calls where increments are required. The *rate variables were removed in
|
|
|
favor of the increments. !3102
|
|
|
- Use 2D coordinate system for LinearElasticOrthotropic solid material. A bugfix, now allowing 2D anisotropy and solid material orthotropy to be used simultaneously. !3165
|
|
|
- unused MPL properties are shown as warnings after successful run in debug mode !3197
|
|
|
- Bugfix of a 2D case in MFront's implementation of Mohr-Coulomb-Abbo-Sloan anisotropic model. !3260
|
... | ... | |