Fretting crevice corrosion at the fastening interfaces of stainless-steel products is an unavoidable issue in the medical, marine, and nuclear industries. In this study, the effects of the fretting regimes on the fretting corrosion in artificial crevices were investigated, and the results showed that fretting initiated severe corrosion inside the crevice under the stick regime. Under the stick–slip and slip regimes, the volume loss was dominated by fretting corrosion, without initiating crevice corrosion.

中文翻译：

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微动方式对不锈钢在人工缝隙中微动腐蚀行为的影响

不锈钢产品紧固界面的微动缝隙腐蚀是医疗、海洋和核工业中不可避免的问题。在这项研究中，研究了微动状态对人工缝隙中微动腐蚀的影响，结果表明，微动在粘状状态下引发了缝隙内部的严重腐蚀。在粘滑和滑移状态下，体积损失主要是微动腐蚀，而不引发缝隙腐蚀。