Evaluation of Cutting Force in Orthogonal Cutting by Experimental Model: A REVIEW

A metal cutting is one of the most widely used manufacturing processes in an industry and there are great deal of studies to investigate the metal cutting process in both academia and industrial work. The objective of analyzing the metal cutting process is to tooling cost. Prediction of important process parameter using experimental investigation such as forces, stress distribution, temperature, etc. plays significant role for designing tool geometry and optimizing cutting conditions to improve productivity.We cannot find out the forces with analytical model experimentally measured cutting forces Here our aim of these researches is to choose the analytical model which will give optimum result for particular kind of material.By using 1) Ernst and merchant. 2) Lee and Schaffer and 3) duotones berg model theoretically and comparing with each other and also with practical. Experiments are to be carried out using various tools. The mathematical models are developed and tested for adequacy using analysis of variance and other adequacy measures using the developed models. Which indicate that the developed models can be effectively used to predict the responses in the turning of selected material.