Hokkaido University · Faculty of Engineering / School of Engineering / Institute of Engineering

Research keywordsgigacycle fatigue・titanium alloys・internal fatigue cracks・synchrotron X-ray tomography・fatigue crack initiation・fatigue crack propagation・surface modification・room-temperature nitriding・adhesive joints

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• Nondestructive Observation of Small Internal Cracks in Gigacycle Fatigue of Titanium Alloys2024 · Materia Japan, 63, 11, 770, 775, Japan Institute of Metals, 2024年11月01日
• Room-Temperature-Nitriding of Pure Titanium Using Scanning Cyclic Press in a Nitrogen Environment2023 · Journal of the Japan Institute of Metals and Materials, 87, 11, 305, 308, Japan Institute of Metals, 2023年11月01日
• Experimental Approach for Clarifying Initiation and Growth Behaviors of Internal Fatigue Cracks Using Synchrotron Radiation Multiscale X-ray Computed Tomography2023 · Materials Performance and Characterization, 12, 2, 107, 128, ASTM International, 2023年11月10日
• Full-life growth behavior of a naturally initiated internal fatigue crack in beta titanium alloy via in situ synchrotron radiation multiscale tomography2023 · International Journal of Fatigue, 170, 107571, 107571, Elsevier BV, 2023年05月

• 表面改質技術Scanning Cyclic Pressによる金属の疲労特性改善
• 放射光顕微CT解析に基づく超高サイクル疲労破壊の機構解明と評価法構築
• 表面改質技術Scanning Cyclic Pressによる金属の改質機構の解明
• 繰返し負荷を受けた金属材料における表面性状の変化機構と疲労損傷評価

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