Abstract

Comparative studies of the numerical method of determining the temperature of an alloyed lubricating layer and the friction moment with experimental data are presented. On the basis of the sweep method, we solved a system of equations including the modified Reynolds differential equation, the equilibrium equation, the energy equation, the friction moment equation, and the viscosity dependence on the pressure and the temperature. From comparison of the numerical data with the experiments, we show that the difference was within 13%.

中文翻译：

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流体动力摩擦状态下润滑滑动摩擦的模拟

摘要

对确定合金润滑层温度和摩擦力矩的数值方法与实验数据进行了比较研究。在扫频法的基础上，我们求解了一个方程组，包括修正的雷诺微分方程、平衡方程、能量方程、摩擦力矩方程以及粘度对压力和温度的依赖性。通过将数值数据与实验数据进行比较，我们发现差异在 13% 以内。