Optimization of Process Parameters on CNC Turning

Abstract

Machining process involves several process parameters. Achieving the right dimension, good surface quality, and maximized metal removal are of utmost importance. The research work Vanadium steel machining with CNC surface roughness parameters for turning cutting optimization is described. Required surface quality control is necessary. In this study, Taguchi method for surface roughness in turn is used to find the optimal cutting parameters. L-9 orthogonal array, the signal-to-noise ratio, and analysis of variance vanadium steel turning operations are employed to study the performance characteristics. A precise knowledge of the optimal machining parameters to facilitate cost reduction and product quality improvement. The process of turning the present study the most effective process parameters, namely, cutting feed, speed and depth of cut, which surface roughness and material removal rate are adapted to consider a response surface method is applied.