# PSI - Issue 56

Hanane YAAGOUBI et al. / Procedia Structural Integrity 56 (2024) 33–40 Structural Integrity Procedia (2023) 000 – 000 6

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Figure 13 Calculation of the volume: principal strain direction 1, y component

Figure 14 Calculation of the volume: principal strain

direction 1, z component

Figure 15 volume: Elastic strain energy density(j/m 3 )

Figure 16 Volume: Stress tensor, Gauss point evaluation

x (j/ m 3 )

Component

Figure 13 shows the calculation of volume: principal strain direction 1, y component that is equal to 0.8 figure 14 shows the calculation of volume: principal strain direction 1, z component that is equal to 0.8 Figure 15 shows the calculation of volume: Elastic strain energy density which is equal to 6 10 7 j/ m 3 . Figure 16 shows volume calculation: Stress tensor, Gauss point evaluation component, which is equal to 5 10 8 J/ m 3 .

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