3. Modeling A

3.1. Characteristics of modeling A

Modeling POU_D_T:

Number of nodes	\(76\)
Number of meshes	\(75\)	That is:
		SEG2	\(75\)

Mesh group:

\(\mathrm{LIS1}\): set of the SEG2 mesh of the beam

3.2. Tested sizes and results

	Component	Reference	Tolerance \((\text{\%})\)
Interspectral matrix	\((\mathrm{1,1})\)	\(0.100+\mathrm{0.j}\)	\(10\)
Interspectral matrix	\((\mathrm{2,2})\)	\(0.025+\mathrm{0.j}\)	\(10\)

3.2.1. Python version lower than 2.3

Size	Component	Point	Point	Reference	Tolerance \((\text{\%})\)
DEPL_Y	ECART_TYPE	\(D\)		\(2.57\times {10}^{-5}m\)	\(0.1\)
DEPL_RADIAL	RMS	\(D\)		\(2.573\times {10}^{-5}m\)	\(0.1\)
FORCE_NORMALE	RMS_T_TOTAL	\(D\)		\(25.73N\)	\(0.1\)

3.2.2. Python version greater than 2.3

Size	Component	Point	Point	Reference	Tolerance \((\text{\%})\)
DEPL_Y	ECART_TYPE	\(D\)		\(2.456\times {10}^{-5}m\)	\(0.1\)
DEPL_RADIAL	RMS	\(D\)		\(2.456\times {10}^{-5}m\)	\(0.1\)
FORCE_NORMALE	RMS_T_TOTAL	\(D\)		\(24.56N\)	\(0.1\)
DEPL_ANGULAIRE	MAXI	\(C\)		\(180.\mathrm{rad}\)	\(0.1\)
FORCE_TANG_1	MOYEN	\(D\)		\(0.\)	\(0.1\)
FORCE_TANG_2	ECART_TYPE	\(D\)		\(0.\)	\(0.1\)
STAT_CHOC	T_ CHOC_MOYEN	\(C\)	\(0.\)	\(0.1\)
STAT_USURE	PUIS_USURE	\(C\)		\(0.\)	\(0.1\)