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Decohesive Concept of the Interaction of Hydrogen with Metals

机译:氢与金属相互作用的脱粘概念

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We consider some concepts of the interaction of hydrogen with metals (iron and its alloys) under loads in hydrogen-containing media and, in particular, their hydrogen embrittlement. This problem is analyzed in numerous works, where different concepts and models are proposed for the substantiation of the mechanisms of hydrogen embrittlement of metals. However, these concepts do not enable us to understand the dual character of the action of hydrogen on the deformation of metals, i.e., the facilitation of their plastic deformation and embrittlement. We describe the decohesive concept of hydrogen-metal interaction based on which it is possible to explain the processes of plasticization of metals in the initial stage of deformation and their embrittlement in the course of subsequent deformation. We also present a survey of investigations in this direction carried out by researchers of the Karpenko Physicomechanical Institute of the Ukrainian National Academy of Sciences.
机译:我们考虑了在含氢介质中负载下氢与金属(铁及其合金)相互作用的一些概念,尤其是氢脆性。在许多工作中都对这个问题进行了分析,其中提出了不同的概念和模型来证实金属氢脆的机理。但是,这些概念不能使我们理解氢作用于金属变形的双重特征,即,促进其塑性变形和脆化。我们描述了氢-金属相互作用的脱粘概念,在此基础上可以解释金属在变形的初始阶段的塑化过程及其在随后的变形过程中的脆化过程。我们还介绍了由乌克兰国家科学院Karpenko物理机械研究所的研究人员在此方向上进行的调查研究。

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