Nagoya Institute of Technology · Unclassified

Research keywordsHigh-cycle fatigue・Structural analysis・Seismic resilience・Seismic Engineering・Performance-based Design・Structural design・Self-centering systems

This is a public-data preview. Personalized fit, contact angles, and saved workflows require sign-in.

• Seismic performance assessment of pinching-free tension-only CBFs equipped with aluminium metal foam dampers2026 · Engineering Structures. 352 , p. 1-15 15 p. , 122126. 研究成果 : ジャーナルへの寄稿 › 記事 › 査読 Metal Foam 100% Aluminum 100% Energy Dissipation 50% Bracing System 50% Seismic Performance 50%
• Local buckling strength of aluminium alloy square tubes with reinforcement ribs2025
• Cyclic responses of cold-formed steel seismic structural system assembled by self-drilling screws and bolts2025
• SEISMIC PERFORMANCE OF PINCHING-FREE TENSION-ONLY CBF EQUIPPED WITH METAL FOAM DAMPER2025

• Resilient and Sustainable Structures with Superior performances in high Seismicity areas (RS4)
• Establishment of the Rational Seismic Design Procedure for the Lightweight Steel Structures with Strap-brace- Clarifying the structural behaviour of the key structure’s components -
• 脆性破断を回避する次世代型接着剤を活用した鋼構造接合部の探求
• 薄板軽量形鋼における座屈現象と相互拘束効果の関連性解明と構造性能評価法の確立

• Official profile