Experimental investigation of Cylindrical Grinding Process parameters for Different Cutting Fluids Using Taghuchi and Regression Analysis

Cylindrical grinding is one of the important metal cutting processes used extensively in the finishing operations. Metal removal rate and surface finish are the important output responses in the production with respect to quantity and quality. In cylindrical grinding process the surface of material is grinded and removed by the use of cutting fluid. Using the cylindrical grinding machine the surface finishing is possible by using different input parameter as cutting fluids, work piece speed, depth of cut, no of passes and wheel speed etc, and get the changes in output parameter like material removal rate, surface finish and temperature. To optimization of all these parameters with multiple performances characteristic based on the regression analysis. Taguchi method of orthogonal array will be performed to determine the best factor level condition. By analyzing S/N ratios, it will be observed that which parameter has more effect on responses of input parameter to the output parameter.