8. F modeling

8.1. Characteristics of modeling

This is a POU_D_EM model (multi-fiber beam). This test makes it possible to cover the non-linear routines of multi-fiber beams for the CORR_ACIER law of behavior for thermal bending and expansion.

8.2. Characteristics of the mesh

Number of knots: 11

Number of meshes and type: 10 (SEG2)

8.3. Tested sizes and results

We test the longitudinal displacement \({u}_{x}\) corresponding to the thermal expansion at point \(B\):

Identification	Reference type	Reference value	Precision
\(\mathit{DX}\) at point \(B\)	“ANALYTIQUE”	1.2e-4 m	1.E -6%

We test arrow \({u}_{y}\) and angle \({\theta }_{z}\) at point \(B\):

Identification	Reference type	Reference value	Precision
\(\mathit{DY}\) at point \(B\)	“ANALYTIQUE”	3.3333333333333333333e-03 m	1.E -6%
\(\mathit{DRZ}\) at point \(B\)	“ANALYTIQUE”	5.e-02	1.E -6%

We test the \({V}_{y}\) effort and the \({M}_{z}\) moment at point \(A\):

Identification	Reference type	Reference value	Precision
\(\mathit{VY}\) at point \(A\)	“ANALYTIQUE”	1413.7167 N	1.E -6%
\(\mathit{MFZ}\) at point \(A\)	“ANALYTIQUE”	141.37167 N/m	1.E -6%