Optimization of Outside Unevenness and Substance Elimination Pace in Milling Zirconia Ceramic Material using Taguchi Technique and Regression Analysis

摘要

New materials are being developed as the need arises which creates interest to the researchers to identify the optimum combination of parameters during machining. In this paper, an experimental investigation was conducted for dry milling of zirconia ceramic material using Taguchi technique and Regression Analysis. Cutting momentum, feed rate, and intensity of cut were chosen as key parameters of the function of optimization by making effective combination of machine limit during machining. ANOVA was the process which was used to determine the effects of parameter on outside unevenness and substance elimination pace. The foremost essential factor responsible for outside unevenness was the cutting momentum whereas for substance elimination pace cutting momentum and intensity of cut were the responsible factors. To ascertain the best possible parameters Taguchi and Linear regression equation was used. Confirmatory test affirm that the actual values were very close to the predicted values. Minitab 17 software was utilized for analysis and optimisation.