4. Examples of implementation: test cases#

4.1. Thermal#

  • AXIS

  • Stationary linear thermal

TPLA07A [V4.01.007]: Thermal analysis of an orthotropic hollow cylinder subjected to various boundary conditions (imposed flow, convection, linear variation of external temperatures).

  • Stationary non-linear thermal

TPNA01A [V4.41.001]: Thermal analysis of a hollow cylinder subjected to convective exchange on the inner wall and to infinity radiation on the outer wall.

  • Transient linear thermal

TTLV01B [V4.25.001]: Transient linear thermal analysis of a solid sphere subjected to convective heat exchange.

  • Transient non-linear thermal

TTNA200A: non-regression test case

  • PLAN

  • Stationary linear thermal

TPLL100B [V4.02.100]: Thermal analysis of an anisotropic flat wall subjected to an imposed temperature and a flow.

  • Stationary non-linear thermal

TPNL300A [V4.42.300]: One-dimensional thermal analysis of a wall subjected to a temperature imposed on the inner wall and to an exchange by radiation on the outer wall (Test NAFEMS).

  • Transient linear thermal

TTLP100B [V4.23.100]: Calculate the linear transient thermal response of two plates separated by a gap in which heat is transferred between the walls.

  • Transient non-linear thermal

TTNL02A [V4.22.002]: Simulation of a liquid/solid phase change by introducing the latent heat of fusion through volume enthalpy.

  • Non-linear stationary thermal with mobile loading

TPLV102A [V4.04.102]: Transport of heat by convection and conduction in a square cavity.

  • AXIS_DIAG

  • Transient linear thermal

TTLV100A [V4.25.100]: Transient linear thermal analysis of a pipe assumed to be infinite in which a cold thermal shock is imposed using an exchange limit condition.

  • PLAN_DIAG

  • Transient linear thermal

TTLL100A [V4.21.100]: Transient linear thermal analysis of an infinite plane wall on which a cold thermal shock is imposed using an exchange limit condition.

  • Transient non-linear thermal

TTNL02C [V4.22.002]: Simulation of a liquid/solid phase change by introducing the latent heat of fusion through volume enthalpy.

4.2. Hydration#

  • AXIS

TTNL03B [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#

  • AXIS

HSNA102A [V7.20.102]: Validation of the calculation of concrete drying, this is an axisymmetric test case where the water concentration is applied directly to the outer wall.

  • AXIS_DIAG

HSNA102D [V7.20.102]: Validation of the calculation of concrete drying, this is an axisymmetric test case where the water concentration is applied directly to the outer wall.