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The study on a simulation model of workpiece surface topography in external cylindrical grinding

机译:外圆磨削中工件表面形貌模拟模型的研究

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摘要

A new simulation model of workpiece surface topography in external cylindrical grinding, which is different from planar grinding discussed currently, is proposed based on reasonable assumptions. After the grinding wheel surface model is established, this simulation model in grinding is developed according to the grain trajectory mapping to workpiece when the displacement and micro-interaction between wheel and workpiece is taken to account. Finally, a contrast of surface roughness between simulation results and experiment data are performed to validate that the model in this study accords with the characteristics of external cylindrical grinding.
机译:基于合理的假设,提出了一种新的外圆磨削表面形貌仿真模型,该模型不同于目前讨论的平面磨削。建立砂轮表面模型后,在考虑砂轮与工件之间的位移和微观相互作用的情况下,根据晶粒轨迹映射到工件,开发了该磨削仿真模型。最后,对模拟结果和实验数据之间的表面粗糙度进行了对比,以验证本研究中的模型符合外圆磨削的特性。

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