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Biomaterials are receiving increasing attention due to their lightweight, high-strength, and toughness properties. This article analyzes the current research status of multidisciplinary optimization, biomimetic optimization methods, and simulation parameter identification methods under explosive impact. This article also theoretically analyzes the new method used in this article - fuzzy system theory. Based on the construction of an optimization scheme evaluation index system, a multidisciplinary optimization scheme determination method for biomimetic composite materials based on Fuzzy Network and TOPSIS is established.

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Research on Optimization Scheme of Biomimetic Composite Materials Based on Fuzzy Network

  • 会议论文

  • 发表日期：

    2026年

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  • Jianguo Xu,
  • Xiaoyu Zhou,
  • Xiaowei Wang,
  • Fengbin Yan,
  • Xiulei Li,
  • Zhuo Pan

摘要

Biomaterials are receiving increasing attention due to their lightweight, high-strength, and toughness properties. This article analyzes the current research status of multidisciplinary optimization, biomimetic optimization methods, and simulation parameter identification methods under explosive impact. This article also theoretically analyzes the new method used in this article - fuzzy system theory. Based on the construction of an optimization scheme evaluation index system, a multidisciplinary optimization scheme determination method for biomimetic composite materials based on Fuzzy Network and TOPSIS is established.