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Mathematical Modelling Of Influence Functions In Computer-controlled Polishing: Part Ⅱ

机译:计算机控制抛光中影响函数的数学建模:第二部分

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Computer-controlled polishing (CCP) is commonly used to finish high-quality surfaces, such as optical lenses. Based on magnetorheological finishing (MRF), a mathematical model to calculate the polishing tool characteristic (influence function) was developed and verified experimentally. The second part of this paper describes the calculation of the distribution of material removal within the size of an influence function and is based on Preston's fundamental polishing equation. The complete influence function model was implemented using MATLAB. The result is a user-friendly and easy-to-use software tool that enables fast computation of MRF influence functions without the current cumbersome determination procedure, and thus gives improved and more economical production of high-quality surfaces.
机译:计算机控制的抛光(CCP)通常用于完成高质量表面(如光学镜片)的表面处理。基于磁流变精加工(MRF),建立了计算抛光工具特性(影响函数)的数学模型,并进行了实验验证。本文的第二部分描述了在影响函数大小范围内材料去除分布的计算,并基于普雷斯顿的基本抛光方程。完整的影响函数模型是使用MATLAB实现的。结果是一种用户友好且易于使用的软件工具,该工具能够快速计算MRF影响函数,而无需当前繁琐的确定过程,因此可以提供改进且更经济的高质量表面生产。

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