---------------------------------------------------------------Abstract-----------------------------------------------------------
This project is based upon the empirical study which means it is derived from experiment and observation
rather than theory. For the fulfillment of objective our first motive is selection of cutting tool & work tool
material & geometry, selection of various process and performance parameters after parameter selection
aims to study various techniques for the optimization for that purpose literature review and industrial survey
is conducted. After this next objective is to study the process and machining parameters for the performance
characteristics of turning operation on CNC using different grades of Tungsten Carbide and with varying
properties & surface roughness testing of work piece material to be carried out after machining. After testing
optimization and compare the Effect of cutting parameters on surface roughness of different selected geometry
on EN-24 alloy steel by using empirical approach i.e. Taguchi Analysis using Statistical Software. In the end
also aims to calculate Tool Wear Rate (TWR) & Material Removal Rate (MRR) related with the performance
parameters based upon the experimental investigation. Thus this study helps to compare the results in terms of
effectiveness of the performance of different grades of Tungsten Carbide by varying process parameters