1. Effect of thermal assisted machining parameters on material removal rate of en 31steel.
Authors : Balwinder Singh, Jagdeep Sharma
Pages : 1-3
DOI : http://dx.doi.org/10.21172/1.151.01
Keywords : thermal assisted machining, Material Removal Rate, ANOVA. Abstract :- Now a day with the development of technology there are number of materials having high strength and are hard enough which are difficult to machine. For this researchers had developed many techniques one of them is Thermal Assisted Machining (TAM). This paper reveals the effect of simple step turning operation on EN 31 material Removal Rate (MRR) with assistant of heat at a temperature range 380 0C - 430 0C, and effects were recorded accordingly based on the results of the S/N and main effect plot for optimal process parameters. In this paper the focus is given to the directional effect of heating during turning EN31 steel. En-31 steel having hardness value between 60-63 HRC is considered to be hard to machine material. The input parameters feed, spindle speed and depth of cut, at different direction of heating was observed according to the orthogonal array created by Taguchi’s method. The effect of these parameters on material removal rate were investigated for the optimum machining conditions at a temperature range 380 0C -430 0C.
Citing this Journal Article :Balwinder Singh, Jagdeep Sharma, "Effect of thermal assisted machining parameters on material removal rate of en 31steel.", Volume 15 issue 1 - November 2019, 1-3
Click here to Submit Copyright Takedown Notice for this article.