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Hydrogen Embrittlement and Hydrogen-Dislocation Interactions

Corrosion, 1980
The following is a discussion of the article entitled “Hydrogen Embrittlement and Hydrogen-Dislocation Interactions" by R. B. Heady, published in Corrosion, Vol. 34, p. 303 (1978) September.
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Modeling fatigue life and hydrogen embrittlement of bcc steel with unified mechanics theory

International journal of hydrogen energy, 2023
H. Lee, Milos B. Djukic, C. Basaran
semanticscholar   +1 more source

Hydrogen Embrittlement of Linepipe Steels

Fiziko-himičeskaâ mehanika materialov, 2000
Studies were conducted regarding the effect of sulfur content in linepipe steel on hydrogen embrittlement susceptibility. The specimens of high sulfur linepipe (0.021%S) and low sulfur linepipe (0.005%)were exposed to constant hydrogen flux through electrolyte charging under the potentiostatic conditions.Hydrogen absorbed caused the significant
Malina, Jadranka   +2 more
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HYDROGEN EMBRITTLEMENT OF STEELS

1953
Abstract : The effect of H on the ductility (e) of SAE-1020 steel was studied at strain rates (e) of o.05 to 19,000 in./in./min at temperatures (T) from -320 to +150 F. The ductility surface of the embrittled steel revealed 2 domains: (1) one for which at temperatures below the minima in the ductility curves and (2) the other for which at temperatures ...
W. M. Baldwin, Jack T. Brown
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Workshop Summary: Hydrogen Embrittlement

1983
There were four main themes that developed in the eight workshops devoted to this subject, the first two of which were in fact quite general to many of the aspects covered in the Institute: 1. The applicability of using fundamental chemical and physical-based calculations which usually examine the specific interactions between a small number of ...
I. M. Bernstein, J. P. Fidelle
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