4. B modeling

4.1. Characteristics of modeling

We use Chaboche’s viscoplastic law (VISC_CIN1_CHAB).

4.2. Characteristics of the mesh

Number of knots:	8
Number of meshes and types:	1 HEXA8

4.3. Tested sizes and results

Identification	Reference	Reference type	Tolerance (%)
Deformation \(\mathit{EPXX}\) at node \(\mathit{NO2}\) to \(t=10.0s\)	\(0.010684\)	“AUTRE_ASTER”	\(0.5\)
Thermal deformation \(\mathit{EPXX}\) at node \(\mathit{NO2}\) to \(t=10.0s\)	\(0\)	“AUTRE_ASTER”	\(0.1\)
Mechanical deformation \(\mathit{EPXX}\) at node \(\mathit{NO2}\) to \(t=10.0s\)	\(0.010684\)	“AUTRE_ASTER”	\(0.5\)
Plastic deformation \(\mathit{EPXX}\) at node \(\mathit{NO2}\) to \(t=10.0s\)	\(0.0094428\)	“AUTRE_ASTER”	\(0.5\)
Deformation \(\mathit{EPXY}\) at node \(\mathit{NO2}\) to \(t=10.0s\)	\(0.00951868\)	“AUTRE_ASTER”	\(0.5\)
Mechanical deformation \(\mathit{EPXY}\) at node \(\mathit{NO2}\) to \(t=10.0s\)	\(0.00951868\)	“AUTRE_ASTER”	\(0.5\)
Plastic deformation \(\mathit{EPXY}\) at node \(\mathit{NO2}\) to \(t=10.0s\)	\(0.00854534\)	“AUTRE_ASTER”	\(0.5\)
Deformation \(\mathit{EPXX}\) at node \(\mathit{NO2}\) to \(t=60.0s\)	\(0.0276785\)	“AUTRE_ASTER”	\(0.5\)
Mechanical deformation \(\mathit{EPXX}\) at node \(\mathit{NO2}\) to \(t=60.0s\)	\(0.0276785\)	“AUTRE_ASTER”	\(0.5\)
Plastic deformation \(\mathit{EPXX}\) at node \(\mathit{NO2}\) to \(t=60.0s\)	\(0.0264375\)	“AUTRE_ASTER”	\(0.5\)
Deformation \(\mathit{EPXY}\) at node \(\mathit{NO2}\) to \(t=60.0s\)	\(0.0248982\)	“AUTRE_ASTER”	\(0.5\)
Mechanical deformation \(\mathit{EPXY}\) at node \(\mathit{NO2}\) to \(t=60.0s\)	\(0.0248982\)	“AUTRE_ASTER”	\(0.5\)
Plastic deformation \(\mathit{EPXY}\) at node \(\mathit{NO2}\) to \(t=60.0s\)	\(0.0239248\)	“AUTRE_ASTER”	\(0.5\)