... depth of hydrogen z 0 = thickness or length of specimens ε = nominal strain σ = nominal stress σ a = nominal stress amplitude References [1] Nagumo , M. , 2016 , Fundamentals of Hydrogen Embrittlement , Springer , Singapore . [2] Murakami...

...Hidenori Shimazu; Shinji Konosu; Yoichi Tanaka; Masao Yuga; Hiroshi Yamamoto; Naotake Ohtsuka The subcommittee [ 5–9 ] on Hydrogen Embrittlement of Material Division of the JPVRC has been investigating internal hydrogen embrittlement. Yoshino and McMahon [ 10 ] proposed the synergistic action...

... the implementation of this technology is the deleterious effect of hydrogen on structural material properties, in particular, at gas pressures of the order of 15 MPa , which are the suggested magnitudes by economic studies for efficient transport. In order to understand the hydrogen embrittlement conditions...

...) targets of 2010 and 2015. Parameters and relations for this engineering design are obtained. 17 01 2006 24 04 2006 hydrogen storage pressure vessels tanks (containers) design engineering hydrogen embrittlement finite element analysis Hydrogen storage is a key issue...

... effects. In 288°C water, the fracture surfaces were crisply faceted with a crystallographic appearance, and showed striations under high magnification. The cleavage-like facets suggest that hydrogen embrittlement is the primary cause of accelerated cracking. 29 May 2003 23 December 2004 18...