Keio University · Faculty of Science and Engineering / Graduate School of Science and Engineering

Research keywordscrystal plasticity FEM・sheet metal formability・stress-rate constitutive models・numerical material testing・CFRP forming・multiscale mechanics

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• An evolutionary algorithm-based numerical material testing system based on a crystal plasticity finite element model2025 · MATEC Web of Conferences
• Formability evaluation based on a constitutive model with stress rate direction dependency considering bifurcation modes2023 · IOP Conference Series: Materials Science and Engineering
• Forming Analysis on the Effect of Ultra-Thinning of Sheet Metals Based on a Stress Rate Direction-Dependent Constitutive Model2023 · Lecture Notes in Mechanical Engineering
• Numerical Material Testing Method for Hexagonal Close-Packed Metals Based on a Strain-Rate-Independent Finite Element Polycrystal Model2023 · Crystals 13

• プロセスチェイン統合型塑性加工CAEシステムの構築2023 · -
• プレス加工DXの促進に資する塑性理論モデルと数値材料試験法の構築2023 · -
• 微視的変形機構を考慮したマルチスケール数値材料試験による一般化材料モデルの構築2018 · -
• 高精度破断予測を目的とした異方性塑性構成式に関する研究2015 · -

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