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Numerical Simulation of Elastohydrodynamic Lubrication Based on Evans-Johnson Model

机译:基于Evans-Johnson模型的弹性流体动力润滑的数值模拟

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摘要

Reynolds equation was deduced based on Evans-Johnson model, and Numerical solution for isothermal line contact EHL was conducted successfully using multigrid method. Slow movement of lubricant through the contact area leads to oil film thickness decrease seriously. Newtonian Theological model is no longer applicable When slide-roll ratio is larger than 0.6. . Second pressure-peak is decreasing with increasing slide-roll ratio. Under heavy load and large slideroll ratio conditions lubricants in different regions showed different Theological behavior.
机译:基于Evans-Johnson模型推导了雷诺方程,并利用多重网格法成功地进行了等温线接触EHL的数值求解。润滑剂缓慢通过接触区域会导致油膜厚度严重降低。当滑动比大于0.6时,牛顿神学模型不再适用。 。第二压力峰随着滑动比的增加而减小。在重载和大滑行比的条件下,不同区域的润滑剂表现出不同的流变行为。

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