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Hydrogen Permeation in Cold-Rolled High-Mn Twinning-Induced Plasticity Steels

机译:冷轧高MN孪晶诱导可塑性钢的氢渗透

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Hydrogen permeation is investigated in cold-rolled Fe-0.6C-18Mn-(1.5Al) alloys. The hydrogen mobility is lower in cold-rolled alloys compared with annealed alloys. Al-containing alloy shows less deceleration of hydrogen mobility compared with the Al-free alloy. This is attributed to the reduced formation of mechanical twins and dislocations. Mechanical twins trap hydrogen strongly but are vulnerable to crack initiation; suppression of these is thought to be a major favorable influence of Al on hydrogen-induced mechanical degradation. (C) The Minerals, Metals & Materials Society and ASM International 2017.
机译:在冷轧Fe-0.6C-18M-18MN-(1.5Al)合金中研究了氢渗透。 与退火合金相比,冷轧合金氢气迁移率较低。 与Al离子合金相比,含Al的合金显示出较少的氢迁移率。 这归因于机械双胞胎和脱位的形成减少。 机械双胞胎捕获氢气强烈,但易于裂纹引发; 抑制这些被认为是Al对氢诱导的机械降解的主要良好影响。 (c)2017年矿物质,金属和材料协会和ASM国际。

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