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The impact of contact pressure and road surface character to sliding friction coefficient

机译:接触压力和路面特征对滑动摩擦系数的影响

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A improved sliding friction coefficient model is presented based on road surface character and rubber character to analyze how the road character, tire and contact pressure affect the sliding friction coefficient. Improved the sliding friction coefficient model by introducing the theory of true contact with rough road and combined with the simplified rubber viscosity. Verifying the efficiency of the improved model through comparison with the dynamic friction coefficient of Savkoor. Analyzed the impact of contact pressure to the actual contact area and the contact pressure, and how tire and road surface character influence the sliding friction coefficient. The simulation result shows that the improved model can precisely analyze the impact of contact pressure, road surface character and tire to the sliding friction coefficient.
机译:基于道路表面特征和橡胶特性提出了一种改进的滑动摩擦系数模型,以分析道路特征,轮胎和接触压力如何影响滑动摩擦系数。通过引入粗糙道路的真实接触理论并结合简化的橡胶粘度来改善滑动摩擦系数模型。通过与Savkoor动​​态摩擦系数的比较来验证改进模型的效率。分析接触压力与实际接触面积的影响以及接触压力,以及轮胎和路面特征如何影响滑动摩擦系数。仿真结果表明,改进的模型可以精确地分析接触压力,路面特征和轮胎对滑动摩擦系数的影响。

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