FINITE ELEMENT ANALYSIS ON TEMPERATURE DISTRIBUTION IN TURNING PROCESS USING DEFORM-3D

Yash R. Bhoyar, P. D. Kamble

Abstract: The aim of this study is to create a finite element analysis simulation model in order to obtain solutions of the cutting forces, specific cutting energy and adequate temperatures occurring at different points through the chip/tool contact region and the coating/substrate boundary for a range of cutting tool materials and defined cutting conditions. Interfacial temperature in machining plays a major role in tool wear and can also result in modifications to the properties of the work piece and tool materials. As there is a general move towards dry machining, for environmental reasons, it is increasingly important to understand how machining temperature are affected by the process variables involved (cutting speed, feed rate, tool geometry, etc.) and by other factors such as tool wear

Keywords: Turning Process, FEA, Analytical Modeling etc…

DOI: https://doi.org/10.15623/ijret.2013.0205030