Abstract
A review of literature data on the interaction of hydrogen with metallic materials is presented. The main damage processes such as high-temperature hydrogen corrosion and hydrogen embrittlement (HE) are reviewed. The most common mechanisms of HE are described. The well-known regularities and issues of the influence of the chemical composition, structure, hydrogen concentration, temperature and strain rate on the development of HE are generalized, and the results of our own studies of the effect of hydrogen on the mechanical properties of pipe steels are presented.
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