- This folder contains the Abaqus input files mesh0.inp and mesh3.inp.
- Abaqus input files can be generated by using a linear tet-mesh (see the input files) and replacing
*Element, type=C3D4by
*USER ELEMENT,NODES=4,TYPE=U1003,PROPERTIES=1,COORDINATES=3,VARIABLES=1
1,2,3,11,12,13,14,15,16,17,18,19
*ELEMENT,TYPE=U1003,ELSET=UELS
- Boundary conditions can be prescribed for the displacements u (DOF 1 to 3) and the displacement gradient H (DOF 4 to 12). Only the normal part of H should be prescribed if displacements are prescribed. It is possible to have conflicting boundary conditions by prescribing u and H. Then the displacement field will show oscillations on the element level.
- The simulations can be run with
abaqus job=mesh0 user=c3d4c1p56.f interactive cpus=1. - The usage of multiple CPUs may conflict with the output procedure as implemented in
c3d4c1p56.f, some fine tuning is necessary here.
Continue here: 5. Visualisation