ABSTRACT
The aim of this study is to numerically simulate to turning process in real time environment with FEM explicit software. Three input factors (depth of cut, cutting speed and rack angle) and two responses (stress and strain) are selected for simulation work. DOE technique (Taguchi) is used for making relationship among factors and responses. Surface response methodology is used for this study using MINITAB software to identify most or less significant input factors after that apply regression modeling to develop relationship between input parameters and output results in form of linear model equations based on regression modeling. Signal to noise analysis is performed to predict the effect of changing of factors according to their levels to find effect on product quality. On the basis of simulation work stress is dependent on Depth of cut and rack angle.
