10. Modeling I#
This modeling is exactly the same as modeling A. The only difference is that the finite element used is a quadratic element instead of a linear element.
10.1. Tested sizes and results#
The displacement values are tested after convergence of the iterations of the operator STAT_NON_LINE. We check that we find the values determined in [§ 2.3].
Identification |
Reference |
Tolerance |
\(\mathit{DX}\) for all nodes just below the interface |
0.00 |
1.0E-16 |
\(\mathit{DY}\) for all nodes just below the interface |
0.00 |
1.0E-16 |
\(\mathit{DZ}\) for all nodes just below the interface |
0.00 |
1.0E-16 |
\(\mathit{DX}\) for all nodes just above the interface |
0.00 |
1.0E-16 |
\(\mathit{DY}\) for all nodes just above the interface |
0.00 |
1.0E-16 |
\(\mathit{DZ}\) for all nodes just above the interface |
1.0E-6 |
1.0E -9% |
To test all the nodes at once, we test the MINIMUM and the MAXIMUM of the column.