Abstract

Devendra Verma, Vishnu Rajpuriya

ABSTRACT

In modern manufacturing processes, there is an ever-increasing demand for higher productivity. The continuous demand for higher productivity and product quality asks for better understanding and control of machining processes by reducing machining time with the increase of cutting force. Response are stored in tabulated form which will suggest about the force predicting parameter are apply on turning application to obtain best process parameter of turning and also comparison the force in Y and Z direction. Under the different cutting conditions, forces were measured using dynamometer. The results indicate comparison offered and speed is the dominant factor affecting cutting force components. The cutting speed effects on Y axis more than Z axial forces can be predicted by ANOVA method.