Yoshihiro Minagi
Hitachi
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Publication
Featured researches published by Yoshihiro Minagi.
Materials Science Forum | 2013
Muneo Yaso; Yoshihiro Minagi; Toshifumi Takaiwa; Kunichika Kubota; Tsuyoshi Kanaizumi; Takuya Ohba; Shigekazu Morito; Taisuke Hayashi
Japanese sword has finer grain size and lath martensite in the microstructure of sharp edge amazingly. Nowadays these structures are considered to be one of the ideal structure at which are greatly aimed to strengthen or improve toughness of steels. Though the carbon content of its sharp edge is 0.70 mass %, there are no lenticular martensite and no micocracking in that area. As a result of bending test by actual sword specimen, one sword was finally bent, the other sword was broken. However it is found the sharp edge in Japanese sword has such a large bending strength 2500, 4600MPa respectively as modern, high performance tool steels and the difference of crack propagation under bending depends on the microstructure distribution and the grain size in cross section of Japanese sword.
Archive | 1990
Atushi Kumagai; Toshio Okuno; Yoshihiro Minagi; Katuaki Fukushima
Archive | 2000
Etsuo Fujita; Yoshihiro Minagi; Toshihiro Uehara
Archive | 2003
Etsuo Fujita; Kunichika Kubota; Yoshiki Masugata; Yoshihiro Minagi
Archive | 2001
Toshihiro Uehara; Yoshihiro Minagi; Kenichi Inoue
Archive | 2000
Toshihiro Uehara; Etsuo Fujita; Yoshihiro Minagi
Journal of Alloys and Compounds | 2013
Muneo Yaso; Toshifumi Takaiwa; Yoshihiro Minagi; Tsuyoshi Kanaizumi; Kunichika Kubota; Taisuke Hayashi; Shigekazu Morito; Takuya Ohba
Archive | 2003
Etsuo Fujita; Kunichika Kubota; Yoshiki Masugata; Yoshihiro Minagi
Archive | 2003
Etsuo Fujita; Kunichika Kubota; Yoshiki Masugata; Yoshihiro Minagi
Archive | 2003
Etsuo Fujita; Kunichika Kubota; Yoshiki Masugata; Yoshihiro Minagi