Machining Process Parameter Optimization During Effective Turning of En31 Alloy Steel Using CCMT09308PM4225 Insets

Dr. Sandeep M. Salodkar

The rapid technological acceptance of hard alloy steel in industrial application, the machining of En31 alloy steel has been of urgent importance for modern die and shaft manufacturing industries. there is a vital need to correlate the technological factors involved in the machining process for analyzing the economics of the process and product in practice. Keeping in view, the present research investigations have been carried out on traditional machining e.g. turning operation using CCMT09308PM4225 graded tools for dry as well as wet turning. Analysis of the influence of turning parameters on the various pre determined machining performance and optimization of machining parameters for different performance criteria are carried out using Taguchi method. The optimization of machining parameters and development of mathematical models for surface finish are also presented for dry and wet turning using specific insert. In this research investigation mathematical model is developed for the surface finish. The research investigations will propose an effective methodology in advance for proper setting of machining parameter in practice for effective turning of En31 alloy steel.

Volume 12 | Issue 1

Pages: 506-515