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Mechanism of Hydrogen Embrittlement and Guidelines for Fatigue Design

Yukitaka Murakami et al.
Date de parution 20/04/2023
EAN: 9782368942505
Disponibilité En stock
200,00 €
Référence Cetim : 2C28. Auteurs : Yukitaka Murakami, Saburo Matsuoka, Yoshiyuki and Shin Nishimura. In 2012, Japanese researchers published a reference book entitled Mechanism of Hydrogen Embrittlement and Guidelines for Fatigue Design. This book pro... Voir la description complète
Nom d'attributValeur d'attribut
Common books attribute
ÉditeurCETIM
Nombre de pages544
Langue du livreAnglais
AuteurYukitaka Murakami et al.
FormatBroché
Type de produitLivre
Date de parution20/04/2023
Poids895 g
Dimensions (épaisseur x largeur x hauteur)2,00 x 16,00 x 24,00 cm
Référence Cetim : 2C28. Auteurs : Yukitaka Murakami, Saburo Matsuoka, Yoshiyuki and Shin Nishimura. In 2012, Japanese researchers published a reference book entitled Mechanism of Hydrogen Embrittlement and Guidelines for Fatigue Design. This book provides a detailed explanation of hydrogen embrittlement with numerous application examples and fatigue design guidelines. Professor Yukitaka Murakami, one of the main authors of the Japanese version of this book, emeritus professor of the Kyushu University and Honoris Causa of INSA Lyon, first director of the Research Center for Hydrogen Industrial Use and Storage (Hydrogenius) in Kyushu, did the honor of putting Cetim in touch with the publisher of the Japanese version of the book, Mr. Masashi Oikawa from YOKENDO LTD. This has enabled the production of two translated versions, one in French and this present publication in English. These two versions are a faithful translation of the Japanese version so as not to betray the original spirit. After the publication of several guidelines on fatigue dedicated to the mechanical sector, Cetim at present, by means of this book, intends to actively participate in the diffusion of such knowledge on an international level. With particular concern for a global issue, that of reducing greenhouse gas emissions. Hydrogen represents, for this purpose, a promising solution for industrial processes, transport or energy production given the current energy and ecological challenges. Enjoy your read…