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A STUDY ON THE MULTIBODY DYNAMICS OF A CV JOINT USING ACONTACT FORCE MODEL

机译:基于接触力模型的CV接头多体动力学研究

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Generally, the axial force of a CV joint is related to various design parameters,such as the material, size and shape of the parts, clearance between the parts, etc. Theserelationships can be shown by tests. But this is very expensive and requires long testing time,because there are lots of design parameters.Recently, the multibody dynamics using contact model is being widely used to design theconstrained mechanical system such as bearing, gear, chain, track, etc. more precisely.In this paper, the process of the dynamic analysis of a CV joint is presented by using acomputer model. A multibody dynamic analysis program is used to model a CV joint.Specifically, the contact between parts is modelled by using a mathematical contact forcemodel. The purpose of the mathematical model is to compute all the constrained forces. Theaxial force is predicted by these constrained forces. The design parameters affecting the axialforce are proposed. The proposed method to predict the axial force and design parameters canbe used to determine the design parameters.The proposed procedure to predict the axial force using a contact force model is applicable tovarious CV joints.
机译:通常,CV接头的轴向力与各种设计参数有关,例如材料,零件的尺寸和形状,零件之间的间隙等。这些关系可以通过测试来表明。但这是非常昂贵的,并且由于存在许多设计参数,因此需要较长的测试时间。最近,使用接触模型的多体动力学被广泛用于更精确地设计受约束的机械系统,例如轴承,齿轮,链条,轨道等。本文通过计算机模型介绍了CV接头的动力学分析过程。使用多体动力学分析程序对CV关节进行建模,具体而言,使用数学接触力模型对零件之间的接触进行建模。数学模型的目的是计算所有约束力。这些约束力可预测轴向力。提出了影响轴向力的设计参数。所提出的轴向力预测方法和设计参数可用于确定设计参数。所提出的利用接触力模型预测轴向力的方法适用于各种CV接头。

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