A Sensitivity Study of the Maximum Stress in a Rubber Circular Ring to the Coefficient of Friction Using FEM

Doina Boazu
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Abstract

The paper presents a sensitivity study of a rubber circular ring (O-Ring) depending on the value of the coefficient of friction (design parameter) between the ring and the surfaces between which it is mounted. The response value is the maximum von Mises stress in the rubber ring. The influence of temperature was not taken into account.Through this sensitivity nonlinear analysis using finite element modeling, the correlation between Equivalent maximum Von Mises Stress and Friction coefficient can be established, determining a maximum stress level of the rubber ring to the friction coefficient. This relationship is important for the preload stage of the gasket functioning.
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橡胶环最大应力对摩擦系数的有限元敏感性研究
本文介绍了橡胶环(o形圈)的灵敏度研究,该灵敏度取决于环与其所安装的表面之间的摩擦系数(设计参数)的值。响应值为橡胶圈中的最大von Mises应力。没有考虑到温度的影响。通过有限元建模的灵敏度非线性分析,可以建立等效最大Von Mises应力与摩擦系数之间的相关性,确定橡胶圈对摩擦系数的最大应力水平。这种关系对于垫片功能的预紧阶段是重要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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发文量
25
审稿时长
8 weeks
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