重新考虑疲劳不规则试验在疲劳极限科学结论中的作用

I. Gadolina
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引用次数: 0

摘要

我们建议使用非规则载荷疲劳试验来研究该学科的关键问题,例如疲劳极限。了解这一特性是很重要的(1)对于试验加速;(2)保证稳定、可靠的服务。在块加载和随机加载下的比较研究提供了一个机会,可以在没有超声频率加载的情况下得出结论,这在一定程度上是有争议的。最后给出了该方法的应用实例。还考虑了疲劳的第二阶段,即裂纹扩展阶段(参考文献)。这里的主要思想是相似的——不规则测试提供了一个机会来判断小振幅之间的最大值,这是无害的。真实疲劳极限的直接试验估计需要在超声频下进行试验,这在目前的研究中是不存在的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reconsidering the Role of Fatigue Irregular Testing in Scientific Conclusions About the Fatigue Limit
We propose using the irregular loading fatigue testing to study the crucial topics of the subject, for instance, concerning the fatigue limit. This characteristic is important to know (1) for test accelerating; (2) To guarantee stable, reliable service. Comparative studies under block and random loading present an opportunity to draw conclusions without the ultra-sound frequencies loading, which are at some extend controversial. We present an example of proposed method application. The second stage of fatigue – namely, the crack propagation stage, is also considered (in reference). There the main idea is similar – the irregular testing provides an opportunity to judge about the maxim among the small amplitudes, which are not harmful. Direct experimental estimation of true fatigue limit requires the testing under ultra-sound frequencies, which is not under the questions nowadays.
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