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Experimental Study of Load Sharing in Roller-Bearing Contact by Caustics and Photoelasticity | Science Publications

机译:摩擦与光弹性在滚子轴承接触中载荷分担的实验研究科学出版物

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> Problem statement: In this study a comprehensive methodology for calculating load sharing in Roller-bearing contact was presented based on the experimental stress-optical method of caustics and Photoelasticity. Approach: The theoretical equations describing the geometry of transmitted caustic in relation to the length of the contact zone were derived and a simple mathematical set of equations correlating the maximum diameter of transmitted caustic with the magnitude of load was given.For this contact problem, the basic theory of photoelasticity was given. Results: The techniques of caustics and photoelasticity were applied on a set of PMMA (Plexiglas) Roller-bearings and on a set of PCBA (Lexan) Roller-bearings, respectively. Conclusion: The proposed method of the caustics is a reliable alternative for measuring load distribution in Roller-bearings compared to photoelasticity technique.
机译: > 问题陈述:在这项研究中,基于腐蚀性和光弹性的实验应力-光学方法,提出了一种用于计算滚子轴承接触中载荷分配的综合方法。 方法:得出了描述传输的苛性碱的几何形状与接触区域长度相关的理论方程,并给出了一组简单的数学方程组,这些方程将传输的苛性碱的最大直径与载荷的大小相关联针对这个接触问题,给出了光弹性的基本理论。 结果:苛性碱技术和光弹性技术分别应用于一组PMMA(有机玻璃)滚子轴承和一组PCBA(Lexan)滚子轴承。 结论:与光弹性技术相比,所提出的苛性碱法是测量滚子轴承载荷分布的可靠替代方法。

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