Masami Wakita
Nagoya University
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Publication
Featured researches published by Masami Wakita.
Archive | 2006
Keisuke Tanaka; Yoshiaki Akiniwa; Masami Wakita
The fatigue threshold of materials with small defects or sharp notches is not controlled by the nucleation of fatigue cracks, but by its propagation. After nucleation, the fatigue crack first decelerates and then stops when the applied stress amplitude is below the fatigue threshold. Tanaka et al have shown that the development of crack closure with crack extension is primarily responsible for crack deceleration and stoppage. They have proposed the R-curve method for predicting the fatigue thresholds of notched components and have shown a good agreement with the experimental results for uniaxial loading cases. In this paper, this method is applied to the fatigue thresholds under combined loading.
International Journal of Fatigue | 2008
Yoshiaki Akiniwa; Stefanie E. Stanzl-Tschegg; H. Mayer; Masami Wakita; Keiji Tanaka
Archive | 2007
Hidetoshi Yoshikawa; Takayuki Sakakibara; Masami Wakita
Archive | 2011
Takanori Kuno; Masami Wakita
Archive | 2010
Takanori Kuno; Tomohiro Nakano; Takayuki Sakakibara; Masami Wakita; Shingo Mimura
Archive | 2010
Yasuhiko Kunita; Takayuki Sakakibara; Masami Wakita; Yuichi Kondo; Norio Sawatari
Transactions of Japan Society of Spring Engineers | 2007
Masami Wakita; Takanori Kuno; Akihiko Nemoto; Katsushi Saruki; Keisuke Tanaka
Journal of The Society of Materials Science, Japan | 2007
Masami Wakita; Takanori Kuno; Akihiko Nemoto; Katsushi Saruki; Keisuke Tanaka
journal of the Japan Society for Testing Materials | 2008
Masami Wakita; Takanori Kuno; Tomoya Hasegawa; Katsushi Saruki; Keisuke Tanaka
Archive | 2008
Takayuki Sakakibara; Atsushi Sugimoto; Masami Wakita; Hidetoshi Yoshikawa; 英利 吉川; 淳 杉本; 隆之 榊原; 将見 脇田
