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Wear predictions for cams in line contacts based on multidisciplinary simulation

机译:基于多学科模拟的线接触中凸轮的磨损预测

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Purpose - This paper aims to present the model and method involving multi-body system dynamic analysis, finite element quasi-statics contact analysis and numerical calculation of elastohydrodynamic lubrication (EHL), according to the cam wear prediction using Archard's model. Cam-follower kinematic pairs always work under wear because of concentrated contacts. Given that a cam and follower contact often operates in the mixed or boundary lubrication regime, simulation of cam wear is a multidisciplinary problem including kinematic considerations, dynamic load and stress calculations and elastohydrodynamic film thickness evaluations.
机译:目的-本文旨在根据Archard模型预测的凸轮磨损,提出涉及多体系统动力学分析,有限元拟静力学接触分析和弹性流体动力润滑(EHL)数值计算的模型和方法。凸轮跟随器的运动学对始终会由于集中接触而在磨损下工作。考虑到凸轮和从动件的接触通常在混合润滑或边界润滑状态下进行,凸轮磨损的模拟是一个多学科的问题,包括运动学考虑,动载荷和应力计算以及弹性流体动力学膜厚评估。

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