Issue 49

M. Hamdi et alii, Frattura ed Integrità Strutturale, 49 (2019) 321-330; DOI: 10.3221/IGF-ESIS.49.32 328 Figure 4 : Predicted distributions of SN33 along the zz-axis. In Fig. 5, the stress SN12 had more or less a parabolic shape, at the center the value of SN12 was 55MPa. Figure 5 : Predicted distributions of SN12 along the zz-axis. In Fig. 6, we have shown the stress levels (SNMises, SN11, SN22, SN33, SN12, SN13, SN23 and SNMin Principal) for pack microstructure (2D SG) by the 3D FEA method. C ONCLUSIONS n this paper, the accuracy and efficiency of MSG-based micromechanics approach is critically evaluated. The GMC is chosen as a reference method during efficiency evaluation. The predictions by 3D FEA are chosen as benchmarks during accuracy evaluation. Composites such as a continuous fiber-reinforced composite, a particle-reinforced composite, two discontinuous fiber-reinforced composites, and a woven composite are analyzed using SwiftComp, GMC, and 3D FEA. I