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AN EFFICIENT METHODOLOGY FOR FATIGUE RELIABILITY ANALYSIS OF MECHANICAL COMPONENTS BASED ON THE STRESS-LIFE PREDICTION APPROACH

机译:基于应力-寿命预测方法的机械零件疲劳可靠性分析的有效方法

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An efficient methodology for fatigue reliability assessment and its corresponding fatigue life prediction of mechanical components using the First-Order Reliability Method (FORM) is developed in this paper. Using the proposed method, a family of reliability defined S-N curves, called R-S-N curves, can be constructed. In exploring the ability to predict spectral fatigue life and assessing the corresponding reliability under a specified dynamics environment, the theoretical background and the algorithm of a simple approach for reliability analysis will first be introduced based on fatigue failure modes of mechanical components. It will then be explained how this integrated method will carry out the spectral fatigue damage and failure reliability analysis. By using this proposed methodology, mechanical component fatigue reliability can be predicted according to different mission requirements.
机译:本文开发了一种有效的疲劳可靠性评估方法,并使用一阶可靠性方法(FORM)预测了机械零件的疲劳寿命。使用所提出的方法,可以构造一系列可靠性定义的S-N曲线,称为R-S-N曲线。在探索预测频谱疲劳寿命并评估指定动力学环境下的相应可靠性的能力时,首先将基于机械部件的疲劳失效模式,介绍一种简单的可靠性分析方法的理论背景和算法。然后将说明这种集成方法将如何进行频谱疲劳损伤和失效可靠性分析。通过使用这种建议的方法,可以根据不同的任务要求预测机械部件的疲劳可靠性。

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