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Defect Simulation in a Spur Gear Transmission Model

机译:正齿轮传动模型中的缺陷仿真

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This article describes a two-dimensional model for the analysis of the transmission error and dynamic performance of a spur gear transmission supported by bearings including defects. Knowing the position of each wheel and profiles geometry, including errors and roundings, contact points are determined. Meshing forces and associated deformations are then calculated, simplifying the deformation computation by means of its subdivision in structural and local deformations. The application of this procedure improves the results and reduces the computational effort. The model supports the possibility of contact on both flanks of the teeth simultaneously and it also takes into account the variable number of bearing elements. Finally, an application example of this method is presented, highlighting the effect of cracks, surface defects and tooth gear profile errors on the transmission error.
机译:本文介绍了一个二维模型,用于分析由轴承(包括缺陷)支撑的正齿轮传动装置的传动误差和动态性能。知道每个车轮的位置和轮廓几何形状,包括误差和倒圆角,即可确定接触点。然后计算啮合力和相关的变形,通过细分结构和局部变形来简化变形计算。此过程的应用可以改善结果并减少计算量。该模型支持同时在齿的两个侧面接触的可能性,并且它还考虑了可变数量的轴承元件。最后,给出了该方法的一个应用实例,重点介绍了裂纹,表面缺陷和齿轮轮廓误差对传动误差的影响。

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