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Analytical design of gigacycle fatigue specimens for size effect evaluation

机译:缩窄效应评价缩窄疲劳试样的分析设计

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Research activities on gigacycle fatigue properties of materials have recently focused on the influence of specimen size used for ultrasonic fatigue tests. In order to increase the volume of material subjected to the maximum stress (risk volume) a new specimen shape with a Gaussian profile is proposed. An approximation of the Gaussian profile with an arc of circle is presented in the paper, in order to simplify the Gaussian specimen manufacturing process. The effect of the approximation is evaluated analytically and through a finite element analysis.
机译:关于材料的缩放疲劳性能的研究活动最近专注于用于超声疲劳试验的样本尺寸的影响。为了增加经受最大应力(风险)的材料的体积,提出了具有高斯型材的新标本形状。纸张中提出了具有圆弧的高斯曲线的近似,以简化高斯样本制造过程。分析和通过有限元分析评估近似的效果。

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