A Review on Optimization of Cutting Parameters for Tool life and Surface Roughness in Turning Process

Mechanical Engineering

The influence of cutting parameters within the turning process primarily affects the surface roughness and machining time of product. Surface roughness is a vital issue at the purpose of read quality of product. The important cutting parameters in turning process mainly cutting speed, feed rate, depth of cut, spindle speed have an effect on the surface finish of the finished material. This study is the optimization of cutting parameters in turning process using response surface methodology. Response surface methodology could be a powerful tool of optimization. A specially designed central composite design of response surface is employed to analyse the impact of cutting parameters through data. The analysis of variance (ANNOVA) is employed to determine the input parameters considerably have an effect on the performance characteristics. The analysed data is employed to find out optimum cutting parameters level.

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