INVESTIGATION OF MAGNETIC ABRASIVE FINISHING PROCESS PARAMETERS OF SS316 MATERIAL USING TAGUCHI DESIGN ANOVA ANALYSIS
Abstract
Magnetic abrasive finishing (MAF) is an advanced surface finishing technique and has precise control over parameters those can significantly impact the final product quality. The optimization of the MAF process parameters in manufacturing is crucial for achieving desired outcomes, such as improved material removal rate. In this study, the taguchi method (L27) is applied to identify the optimal process settings, for finishing of SS316 material and ANOVA analysis is applied to find out the critical parameters those affective the material removal rate. Further, regression analysis was carried out to predict the MRR.
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