Sy-Tuan Nguyen

**Describe the bug** The stress visualization of the SSLE-QS-BeamBending test is displayed in a deformed shape. Also, it is more large strain than small strain. **To Reproduce** Steps to reproduce...

Display local fluid velocity

1

**What is the requested feature?** Display local fluid velocity **Is your request related to a specific problem?** When running an operational flow problem, we want to display the local fluid...

Solid material fields missing in silo output

4

**Describe the bug** `_Solid_MaterialFields` is missing in Silo output while running poromechanics problems **To Reproduce** Steps to reproduce the behavior: Re-run the poroelastic case defined by one of the following...

In addition to permeability update that is addressed by the PR #1455, it is important to update also the elastic moduli with porosity, damage and stress change. Actually simple update...

Most Files/Classes follow PascalCase naming convention (e.g. `ConstitutiveBase.hpp`) but not all. Below is a list of some exceptions - `capillaryPressure/layouts.hpp` - `fluid/multiFluidSelector.hpp` - `elementFormulations/H1_Hexahedron_Lagrange1_GaussLegendre2.hpp` (`_` should be removed in this...

This PR is part of the Non-Linear Thermal Behavior project. It aims to implement the linear temperature dependent of the solid volumetric specific heat capacity. C = C0 + dC_dT...

feat: Temperature dependent Thermal Expansion Coefficient

3

This PR implement the non-linear Thermo-Elastic behavior related to non constant Thermal Expansion Coefficient (TEC). Either a linear law or a table could be considered for defining TEC vs Temperature....

Temperature dependent single phase thermal conductivity

1

This PR is part of the project for non-linear thermal constitutive behavior from TotalEnergies. It tackles the problem of linear temperature dependent single phase effective thermal conductivity of porous medium....

Document/Example for the use of the convergence parameter "configurationTolerance"

1

**What needs to be documented?** The parameter `configurationTolerance` in the solver `SolidMechanicsLagrangeContact` defines the acceptable converged ratio between the contact area change and the total contact area as shown below:...