Cuboid

Module: devtests.mechanics.cuboid.run

Section author: Christoph Augustin <christoph.augustin@medunigraz.at>

This test simulates mechanical deformation in a cube model due to generation of active stresses or boundary stresses.

The setup is the same for an arbitrary mesh generated by the program mesher with the different resolutions and thus a varying number of nodes.

Setup for Neumann: The -xz-plane of the cube is fixed along of all directions, i.e. displacement of all that nodes in all planes x,y,z=0. Also the +xy-plane of the cube is fixed along the z-axis, i.e. displacement of the nodes on the top of the cube in the plane z=0. Additionally, the -xy-plane of the cube is fixed along the z-axis, i.e. displacement of the nodes on the bottom of the cube in the plane z=0. The cube is stretched (or squeezed) then by applying time-dependent Neumann boundary conditions to the +xz-plane by enforcing a pressure. The pressure is applied as a load distributional pressure-level function which describes the pressure at each time step of the simulation.

Tests

TT2_LandHumanStress_oneD_coupling_fast

Tags: FAST MECHANICS SERIAL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

TT2_LandStress_weak_coupling_fast

Tags: FAST MECHANICS SERIAL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

GPB_Land_strong_coupling_fast

Tags: FAST MECHANICS SERIAL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

GPB_Land_strong_coupling_vel_dep_fast

Tags: FAST MECHANICS SERIAL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

TT2_LHS_strong_coupling_vel_dep_fast

Tags: FAST MECHANICS SERIAL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

TT2_FxStress_weak_coupling_fast

Tags: FAST MECHANICS SERIAL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

TT2_LandHumanStress_oneD_coupling_medium

Tags: MEDIUM MECHANICS PARALLEL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

TT2_LandStress_weak_coupling_medium

Tags: MEDIUM MECHANICS PARALLEL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

GPB_Land_strong_coupling_medium

Tags: MEDIUM MECHANICS PARALLEL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

GPB_Land_strong_coupling_vel_dep_medium

Tags: MEDIUM MECHANICS PARALLEL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

TT2_LHS_strong_coupling_vel_dep_medium

Tags: MEDIUM MECHANICS PARALLEL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)

TT2_FxStress_weak_coupling_medium

Tags: MEDIUM MECHANICS PARALLEL

Checks:

  • Compare against stored reference: max_error(x.dynpt.gz)
  • Compare against stored reference: max_error(Lambda.igb.gz)