TANAKA Tsuneshichi | Faculty of Engineering, Ritsumeikan University
スポンサーリンク
概要
関連著者
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TANAKA Tsuneshichi
Faculty of Engineering, Ritsumeikan University
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Nakayama Hideaki
Faculty Of Engineering Yamanashi University
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Tanaka T
Faculty Of Science And Engineering Ritsumeikan University
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Sakai Tatsuo
Faculty Of Pharmaceutical Sciences Toyama Medical & Pharmaceutical University
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NAKAYAMA Hideaki
Faculty of Engineering, Yamanashi University
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Nakayama Hideaki
Faculty Of Junior College Of Automobile Industry Osaka Industrial University
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Tanaka Tsuneshichi
Faculty Of Science And Engineering Ritsumeikan University
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Nakayama H
Tottori Univ.
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Nakayama H
Executive Office School Juridical Person Osaka Sangyo University
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OKADA Kenji
Takamatsu National College of Technol.
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Kanayama Yukio
Faculty of Engineering, Osaka Sangyo University
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Kawamoto Minoru
Faculty Of Engineering Kyoto University
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Kanayama Yukio
Faculty Of Engineering Osaka Industrial University
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Nakayama Hideaki
Faculty of Junior College of Automobile Industry, Osaka Industrial University
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Okada K
The Graduate School Of Natural Science And Technology Okayama University
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SAKAI TATSUO
Faculty of Pharmaceutical Sciences, Toyama Medical and Pharmaceutical University
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Shikida Masahiro
Faculty Of Engineering Osaka Industrial University
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Sakai Tatsuo
Department Of Mechanica Engineering Ritsumeikan University
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Kinoshita Ken-ichiroh
Kinoshita Metal Industry Co. Ltd.
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FUJITANI Keizo
Faculty of Science and Engineering, Ritsumeikan University
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Denoh Shinpei
Structural Engineering Laboratory Kobe Steel Ltd.
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Kawamoto M.
Faculty of Engineering, Kyoto University
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Hori Michio
Ritsumeikan University Toshiba Research And Development Center Tokyo Shibaura Electric Co. Ltd.
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Hori Michio
Mechanical Engineering Lab. Tokyo Shibaura Electric Co. Ltd.
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Hori Michio
Faculty Of Science And Engineering Ritsumeikan University
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Fujii Tsutomu
Faculty Of Science And Engineering Ritsumeikan University
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Fujii Tsutomu
Tokyo Koki Seizosho Ltd.
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Horikawa Noriyo
Graduate Student Ritsumeikan University
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KAWAMOTO Minoru
Faculty of Engineering, Kyoto University
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NAKAYAMA Hideaki
Automobile Industry, Osaka Industrial University
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MORI Tadao
Material and Components Group, Toshiba Corporation
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KINOSHITA Ken-ichiroh
Faculty of Engineering, Ritsumeikan University
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NAKAJIMA Hiroshi
Mitsubishi Heavy Industries LTD.
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NAKAYAMA Hideaki
Executive Office, Osaka Sangyo University
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SAKAIDA Akiyoshi
Department of Mechanical Engineering, Akashi College of Technology
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Mori Tadao
Material And Components Group Toshiba Corporation
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Fukuchi Yusuke
Industrial Research Institute Of Hyogo Prefecture
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Nonaka Toshio
Faculty Of Engineering Kyoto University
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TAMURA Nobushige
Takamatsu National College of Technology
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Kawamoto Minoru
Faculty Of Engineering Kyoto University.
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Sakaida Akiyoshi
Department Of Mechanical Engineering Akashi College Of Technology
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Tanaka Tsuneshichi
Faculty Of Science And Engineering Ritumeikan University
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Sakai Tatsuro
Faculty Of Science And Engineering Ritsumeikan University
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TERAYAMA Masashi
Nigata Engineering Co., Ltd
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Terayama Masashi
Nigata Engineering Co. Ltd
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NAKAGAWA Akiyoshi
Hitachi, Ltd.
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YOSHIDA Yasuhiro
Faculty of Science and Engineering, Ritsumeikan University.
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Nakagawa Akiyoshi
Hitachi Ltd.
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Yoshida Yasuhiro
Faculty Of Science And Engineering Ritsumeikan University.
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Nakayama Hideaki
Faculty Of Science And Engineering Ritsumeikan University
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Nakayama Hideaki
Executive Office School Juridical Person Osaka Sangyo University
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Okada Kenji
Takamatsu Technical College
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OOKA Kenji
Kisha Seizo Co. Ltd.
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Denoh Shinpei
Structural Engineering Laboratory. Kobe Steel Ltd.
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Denoh Shinpei
Ritsumeikan University
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SEKI Morio
Faculty of Science and Engineering, Ritsumeikan University
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Seki Morio
Faculty Of Science And Engineering Ritsumeikan University
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Sakai Tatsuo
Faculty Of Science & Engineering Ritsumeikan University
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Tanaka Tsuneshichi
Faculty Of Science And Engineering Ritsumeikan University.
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Tanaka Tsuneshichi
Faculty Of Science & Engineering Ritsumeikan University
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Tanaka Tsuneshichi
Faculty Of Science And Engineering Ritsumeikan Univ.
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KAKAYAMA Hideaki
Faculty of Science and Engineering, Ritsumeikan University
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FUNABASHI Noboru
Faculty of Science and Engineering, Ritsumeikan University
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Kakayama Hideaki
Faculty Of Science And Engineering Ritsumeikan University
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Funabashi Noboru
Faculty Of Science And Engineering Ritsumeikan University
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KAWAMOTO Minoru
Faculty of Engineering, Kyoto University.
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Kawamoto M.
Faculty of Engineering, Kyoto University.
著作論文
- Development of a Hydraulic Spring-Type, High-Speed Impact Fatigue Testing Machine and the Experimental Results
- Studies on Fatigue Damage Caused by Stresses below the E durance Limit : Probability Distributions of Crack Initiation Lives at Stresses near the Endurance Limit
- Effect of Loading Time on High-Cycle Range Impact Fatigue Strength and Impact Fatigue Crack Growth Rate
- The Propagation of the Fatigue Crack Crossing the Inrerrace of Metal Composites Under the Effect of Residual Thermal Stress
- On the Propagation Behavior of the Fatigue Crack along the Interface of Metal Composites
- Propagation of Fatigue Cracks in Parallel with the Interfaces of Metal Composites
- A Probabilistic Study on Fatigue Life Distribution of a Metallic Material with Surface Defects Considering the Number of Initiated Cracks
- A Statistical Study on Fatigue Life Distribution Based on the Coalescence of Cracks from Surface Defects
- Effect of Heating and Cooling Speed and Hold Time on Thermal Fatigue
- ESTIMATION OF TENSILE STRENGTH DISTRIBUTION FOR CARBON FIBER WITH DIAMETER VARIATION ALONG FIBER
- Study on Crack Growth Behavior in Impact Fatigue : Part III, Fatigue Crack Growth Behaviors of 2017-T3 Aluminum Alloy
- Study on Crack Growth Behaviors in Impact Fatigue : Part II, Crack Clusure Behavior under Simple Impact Load
- Fatigue Crack Propagation Behaviors of Multilayered Low Carbon Steel-stainless Steel Composite Plates
- Study on Crack Growth Behavior in Impact Fatigue : Part 1,Impact Fatigue Crack Growth Characteristics of 0.1%C Aluminum Killed Steel
- Effect of Specimen Thickness on Fatigue Crack Propagation in High Strength Steels
- Effect of Aging Treatment on the Fatigue Crack Propagation of 18% Ni Maraging Steel
- Plane Bending Plastic Fatigue of Ni-Cr-Mo Steel
- Study on Coalescence Probability of Cracks Originating from Randomly Spaced Surface Defects and Associated Fatigue Life Distribution
- Effect of Loading Frequency on the Fatigue Strength of Steels at Elevated Temperatures
- Studies on Impact Fatigue : Part IV, Impact Fatigue Tests of 0.22%C Carbon Steel under -50℃ Low Temperature Atmosphere
- Notch Dependency of the Effect of Superimposed Stress of High Frequency on the Fatigue Strength
- Estimation of the Fatigue Life under Program Load Including the Stresses Lower than Endurance Limit
- Studies on Impact Fatigue : Part 1,Impact Fatigue Testing Machine and Impact Fatigue on Mild Steel
- Effect of Superimposed Stress of High Frequency on Fatigue Strength of Annealed Carbon Steel
- Studies on Impact Fatigue : part II, Inelastic Behavior of S50C Steel under Impact Fatigue Loads
- Fatigue Strength of 18% Ni Managing Steel and the Effect of Distributed Inclusions
- Studies on Impact Fatigue : Part V, Impact Fatigue Strength of 0.22%C Carbon Steel under-100℃ Low Temperature Atmosphere
- Effect of the Superimposed Stress of High Frequency on Fatigue Strength
- A Theoretical Study on Fatigue Life Distribution of Metallic Materials Based on the Distribution of Surface Defects