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Fatigue Short Crack Behaviour in the Surface Treated Medium Carbon Steel

机译:表面处理的中碳钢的疲劳短裂纹行为

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The aim of this paper is to provide the results of own researches into free short fatigue crack initiation and growth in residual stress field induced by surface laser hardening or by shot peening. Comparable study was carried out primary for non-treated medium carbon steel specimens in air and at room temperature. The high cycle fatigue tests were conducted under fully reversed torsion for smooth both non-treated and treated specimens. The paper consists of two parts: first part presents the experimental results of these studies whereas the second one derives the proposition of short crack growth description in the aspect of probabilistic approach.
机译:本文的目的是提供对表面激光淬火或喷丸硬化引起的自由短疲劳裂纹萌生和残余应力场增长的研究成果。对于未经处理的中碳钢试样在空气中和室温下进行了可比的研究。高周疲劳试验是在完全扭转的扭转下进行的,以使未处理和已处理的试样均光滑。本文由两部分组成:第一部分介绍了这些研究的实验结果,第二部分则从概率方法的角度推导了描述短裂纹扩展的命题。

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