Jc(SymmetricTensor<4, dim>())
{}
- // That the material is stored in a smart pointer, we don't need to worry
- // about its memory management
virtual ~PointHistory()
{}
const bool apply_dirichlet_bc = (it_nr == 0);
// The boundary conditions for the indentation problem are as follows: On
- // the -x, -y and -z faces (ID's 0,2,4) we set up a symmetry condition to
- // allow only planar movement while the +x and +z faces (ID's 1,5) are
+ // the -x, -y and -z faces (IDs 0,2,4) we set up a symmetry condition to
+ // allow only planar movement while the +x and +z faces (IDs 1,5) are
// traction free. In this contrived problem, part of the +y face (ID 3) is
// set to have no motion in the x- and z-component. Finally, as described
// earlier, the other part of the +y face has an the applied pressure but