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Multi Objective Optimization of Surface Roughness and Workpiece Surface Temperature in Turning Operation

机译:转动操作中表面粗糙度和工件表面温度的多目标优化

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摘要

This paper presents the optimization of multiple performance characteristics (surface roughness and workpiece surface temperature) based on the Taguchi method. Three controllable factors of the turning process were studied at three levels. The single objective optimization was conducted using Taguchi method. The multiple Signal-to-Noise (MSNR) value was used to correspond to multi objective cases. The optimum combination of cutting parameters was obtained based on the highest value of MSNR.
机译:本文介绍了基于Taguchi方法的多种性能特性(表面粗糙度和工件表面温度)的优化。在三个层面研究了转向过程的三个可控因素。使用Taguchi方法进行单个客观优化。多个信号 - 噪声(MSNR)值用于对应于多目标情况。基于MSNR的最高值获得切削参数的最佳组合。

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