Shows increased ductility in porous components, indicating a new approach for damage control.
Network-Based Pore Design for Enhanced Ductility The network optimization framework developed by Yuichi Otsuka and co-workers (see Research Article e01991 for more details) enhances the ductility of porous components by regulating pore proximity. Mitigating stress concentration interactions through spatial arrangements achieved a 40% increase in ductility. The proposed method offers a novel strategy for controlling damage progression in porous components.
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TOYOBA et al. (2026) studied this question.
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