10. H modeling

The H modeling is purely mechanical (application of a nodal force on \(\mathrm{NO2}\) and \(\mathrm{NO3}\)). This is a non-regression test case.

10.1. Results

We record the values of: \(\mathrm{SIXX}\) at node \(\mathrm{NO2}\)

• • \(\mathit{EXX}\) at the \(\mathrm{NO2}\) node

	\(\mathit{SIXX}\)			\(\mathit{EXX}\)
Instant	Reference	Aster_code	Gap	Reference	Aster_code	Ecart
0.001	2E+08	2E+08	0	1E-03	1E-03	0
0.0023	2E+08	2E+08	0	2.3E-03	2.3E-03	0
0.03	2.58E+08	2.58E+08	0	3E-02	3E-02	0
0.2	1.93156E+08	1.93156E+08	0	2.96667E-02	2.96667E-02	0
0.4	-1.43311E+08	-1.43311E+08	0	2E-02	2E-02	0
6.4	-2.77424E+08	-2.77424E+08	0	-4E-02	-4E-02	0
7.92	1.01029E+08	1.01029E+08	0	-3.3E-02	-3.3E-02	0
17	2.1647E+08	2.1647E+08	0	1E-02	1E-02	0
19	2.571E+08	2.571E+08	0	3E-02	3E-02	0
20	2.17745E+08	2.17745E+08	0	2.98E-02	2.98E-02	0
21	-8.0318E+07	-8.0318E+07	0	2.6E-02	2.6E-02	0
22	-1.28487E+08	-1.28487E+08	0	2.2E-02	2.2E-02	0
25	2.04332E+08	2.04332E+08	0	2.5E-02	2.5E-02	0
50	2.97691E+08	2.97691E+08	0	5E-02	5E-02	0