On 11/03/2017 04:07 PM, Anirban Pal wrote:
I want to solve a elasto-statics problem on a domain which is highly
cracked. The cracks do not propagate. I'm interested in computing
the elastic behavior of the overall domain.. For this, I need some
self contact routines to ensure contact (pressure-
Hello,
I want to solve a elasto-statics problem on a domain which is highly
cracked.
The cracks do not propagate. I'm interested in computing the elastic
behavior
of the overall domain.. For this, I need some self contact routines to
ensure
contact (pressure-overclosure relationships) at the i
Ok thanks for your help. I will try to find a way and then post it here.
Best regards,
Felix
--
The deal.II project is located at http://www.dealii.org/
For mailing list/forum options, see
https://groups.google.com/d/forum/dealii?hl=en
---
You received this message because you are subscribed t
Felix,
2017-11-03 6:48 GMT-04:00 Felix :
> For a refinement ref = 1 of the dealii grid (see 1.) it worked. But for
> ref > 1 the above mentioned error happens. I do not really understand how
> this not correctly oriented cells are created since I thought that tethex
> takes care of that. Do you h
Hi Bruno,
I avoid this iso.msh file but it still not work. Maybe I should mention the
whole way how this isosurface is constructed.
1. Grid is constructed by dealii -> saved as grid.vtk
2. grid.vtk is read by vtkUnstructuredGridReader -> construct isosurface
with the vtk class vtkContourGrid
Hi Bruno,
I avoid this iso.msh file but it still not work. Maybe I should mention the
whole way how this isosurface is constructed.
1. Grid is constructed by dealii -> saved as grid.vtk
2. grid.vtk is read by vtkUnstructuredGridReader -> construct isosurface
with the vtk class vtkContourGrid
