4. Examples of implementation: test cases#

4.1. Standard thermal#

  • 3D

  • Stationary linear thermal

TPLL100A [V4.02.100]: Thermal analysis of an anisotropic flat wall subjected to an imposed temperature and a flow.

  • Transient linear thermal

TTLL01C [V4.21.001]: Transient linear thermal analysis of an infinite wall subjected to thermal shock.

  • Stationary non-linear thermal

TPNA01A [V4.41.001]: Thermal analysis of a hollow cylinder whose inner wall is subjected to radiation and the outer wall to an exchange by convection.

  • Transient non-linear thermal

TTNL03A [V4.22.003]: simulation of an adiabatic test: analysis of the thermo-hydrating behavior of a fresh concrete sample immersed in a calorimeter, the setting being carried out with the release of heat.

  • Stationary non-linear thermal with mobile charging

TPLV105A [V4.04.105]: This test presents the finite element thermal simulation of the Varestraint test. This weldability test is used to characterize the resistance of materials to hot cracking.

  • 3D_ DIAG

  • Transient linear thermal

TTLL01J [V4.21.001]: Transient linear thermal analysis of an infinite wall subjected to thermal shock.

4.2. Hydration#

  • 3D

TTNL03A [V4.22.003]: simulation of an adiabatic test: analysis of the thermo-hydrating behavior of a fresh concrete sample immersed in a calorimeter, the setting being carried out with the release of heat.

4.3. Drying#

  • 3D

HSNA100B [V7.20.100]: Calculation of the drying of a surrounding concrete wall: the drying is carried out by exchange with the outside, on the internal and external walls of the wall.

  • 3D_ DIAG

HSNA100D [V7.20.100]: Calculation of the drying of a surrounding concrete wall: the drying is carried out by exchange with the outside, on the internal and external walls of the wall.