Investigation of Fuzzy based Optimum Drilling Process in AISI SS317 Grate Material

Abstract

The modern manufacturing, machining process is one of the key in high quality manufacturing. The machining operation is to reduced in work piece and damages of tools. In this experimental study, the tool wear of the drill hole and surface roughness have been studied during the drilling operation of AISI SS317 stainless steel material. Different level of input and output parameter values has given in various cutting conditions drilled hole was investigated. Similarly, the fuzzy logical based control system has to develop in modern manufacturing techniques to identify in better surface finish and tool flank wear of selected work piece. The fuzzy based control system was developed to part of thrust force, cutting speed, feed rate and drilling parameters to expect the drilled hole number. It has been predict that error of drill hole and number of multi response regression model, using Analysis of variance (ANOVA), Response surface methodology (RSM) and ANFIS Fuzzy logical techniques. In this techniques predict a good surface finish and to identify tool wear experimentally obtained in drilled hole.