Lightweight structural design is being researched and applied across many fields, including mechanical engineering, aerospace, and manufacturing. Among the many methods used to reduce material weight while ensuring structural strength, topology optimization has become a common choice due to its ability to optimize sing...
Loc Tan Le, A. Jusuf, L. Zuhal et al.· Journal of Engineering and T...· 0 citations
Fiber-reinforced thermoplastic composites are critical in aerospace for their lightweight and durable properties. However, predicting transverse matrix cracking remains challenging due to microstructural heterogeneity and the stochastic nature of fiber arrangements. This study introduces a stochastic Direct FE
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Gading Wulung Wiradjanu, M. Firdaus, Satrio Wicaksono et al.· Proceedings of the Instituti...· 0 citations
Transverse fiber bridging is an extrinsic toughening mechanism in cross-ply composite laminates, but its numerical representation remains challenging because it involves coupled transverse cracking and interlaminar delamination. This study develops a cohesive-zone-based finite element model to investigate the apparen...
R. Wirawan, Mhd Sukri, M. Firdaus et al.· Proceedings of the Instituti...· 1 citation
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