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Research on fractal model of normal contact stiffness between two spheroidal joint surfaces considering friction factor

机译:考虑摩擦系数的两个球形关节面法向接触刚度的分形模型研究

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In order to precisely calculate normal contact stiffness (NCS), this paper discusses the fractal model to calculate NCS for spheroidal contact bodies considering friction factor. The numerical results show that the relationship between NCS and normal load is direct or inverse ratio decided by the value of fractal dimension; as fractal dimension, material propertied parameters and curvature radius increase, NCS adds; as friction coefficient and roughness amplitude rises, NCS falls instead; It is effective to increase NCS by choosing the internal contact, improving surface quality of contacts and raising the yield strength of the softer material. (C) 2016 Elsevier Ltd. All rights reserved.
机译:为了精确地计算法向接触刚度(NCS),本文讨论了考虑摩擦系数的分形模型来计算球形接触体的NCS。数值结果表明,NCS与法向荷载之间的关系是由分形维数值决定的正比或反比。随着分形维数,材料特性参数和曲率半径的增加,NCS增加;随着摩擦系数和粗糙度幅度的增加,NCS下降;通过选择内部触点,改善触点的表面质量并提高较软材料的屈服强度来提高NCS是有效的。 (C)2016 Elsevier Ltd.保留所有权利。

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