Abstract

Machining of SS317 alloy material is very difficult, because of lower elasticity, a High range of formability and the inclination of breakages. The drilling of AISI SS317 alloy material and High -Speed steel (HSS) are performed to make a drilling in the different hole, it creates poor surface roughness and failure of tool angle. In this study, to optimize the machining in multi- objective performance characteristics in the drilling of SS317 material using Ttaguchi ANOVA techniques, to optimize better surface finishing and tool wear. Drilling techniques are designed by response surface methodology (RSM) with suitable speed, feed rate, and selected tools helix angles. A multiple response optimization techniques were was performed toin minimizinge the surface roughness, toll flank wear which is used in optimum cutting parameters of modern manufacturing in the drilling process.

Authors and Affiliations