Goshima Takahito | Faculty Of Engineering Toyama University
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概要
関連著者
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Goshima Takahito
Faculty Of Engineering Toyama University
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GOSHIMA Takahito
Faculty of Engineering, Toyama University
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Ishihara Sotomi
Faculty Of Engineering Toyama University
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Goshima T
Toyama Univ. Toyama City Jpn
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Shimizu Masayoshi
Faculty Of Engineering Toyama University
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SHIMIZU Masayoshi
Faculty of Engineering, Toyama University
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Tsuchida Yuji
Anden Corporation
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Ishihara S
Toyama Univ. Toyama City Jpn
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YOSHIDA Hirokazu
Jamco Corporation
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SODA Toshimichi
Aichi Steel Corporation
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Kamishima Yuuji
Toyama Murata Corporation
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Ishihara Satomi
Faculty of Engineering, Toyama University
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Yoshimoto T
Department Of Neurosurgery Tohoku University Graduate School Of Medicine
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Yamauchi Nobuyasu
Department of Physics, Faculty of Science, Kobe University
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Yamauchi Nobuyasu
Faculty Of Engineering Toyama University
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Koizumi Takashi
Faculty Of Engineering Tokyo Institute Of Technology
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Yoshimoto Takashi
Fujikoshi Corporation
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ISHIHARA Sotomi
Faculty of Engineering, Toyama University
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MIYAO Kazyu
Faculty of Engineering, Toyama University
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TAKEHANA Shinichi
Faculty of Engineering, Toyama University
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Miyao Kazyu
Faculty Of Engineering Toyama University
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Takehana Shinichi
Faculty Of Engineering Toyama University
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Koizumi Takashi
Faculty Of Science And Engineering Chuo University
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Kamishima Y
Toyama Murata Corp. Toyama City Jpn
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ISHIHARA Sotomi
Faculty of Engineering, University of Toyama
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MIZOGUCHI Asami
Faculty of Engineering, University of Toyama
著作論文
- Study on the Thermal Shock Behavior of Cermets and Cemented Carbides
- Surface Crack Growth Path and Fatigue Life Prediction Due to Repeated Rolling/Sliding Contact
- Thermomechanical Effects due to Hot Rolling Contact on the Energy Release Rates of Multiple Interface Cracks in Layered Media
- Mutual Interference of Two Subsurface Cracks in a Semi-Infinite Body Due to Rolling Contact with Frictional Heating
- Mutual Interference of Multiple Surface Cracks Due to Rolling-Sliding Contact with Frictional Heating
- Stress Intensity Factors of a Subsurface Crack in a Semi-Infinite Body due to Rolling/Sliding Contact and Heat Generation
- Mutual Interference of Two Surface Cracks in a Semi-Infinite Body Due to Rolling Contact with Frictional Heating by a Rigid Roller
- Fatigue Crack Growth Behavior of Subsurface Crack in a Semi-Infinite Body Due to Rolling-Sliding Contact
- Surface Crack Growth Path and Fatigue Life Prediction Due to Repeated Rolling/Sliding Contact