Animesh Sarkar, Apurba Biswas, Nayan Saha, Ramprosad Dey, SK.Hikmat, Bidyut Karmakar, Rakesh Biswas, Papai Bairagya, B.Mallick, corresponding author
ME DEPARTMENT, GLOBAL INSTITUTE OF MANAGEMENT & TECHNOLOGY, KRISHNANAGAR, WEST BENGAL, INDIA.
Anil Kumar Panja
ME DEPARTMENT, BRAINWARE UNIVERESITY, BARASAT, WEST BENGAL, INDIA.
Shishir Kumar Biswas
ME DEPARTMENT, JIS COLLEGE OF ENGINEERING, KALYANI, WEST BENGAL, INDIA.
Analysis for Reduction of Tool Wear Rate of CNC Turning for B 4 C Tool
Authors
Abstract
CNC is now a day’s plays a vital role in industry. This papers deals with the parametric effects such
as spindle speed (1500-2100 rpm) (N) (X1), depth of cut (DOC) (.15-.55 mm) (X2) and feed rate (f)
(30-50 mm/min) (X3) on machining characteristics of tool wear rate (TWR) during fabrication of
IS-617 Aluminum miniature component by advanced CNC lathe using Boron-carbide tool. The
article analyzes the second-order mathematical model development with co-relation of co-efficient
of regression and analysis of variances (ANOVA) using desirability function analysis (RSM) during
the production of the miniature segment. The article also consists of single objective optimization
for achieving the optimal parametric combination for minimum tool wear rate for this
manufacturing operation. The project also shows the fabricated micro-product of Aluminum at the
optimal parametric conditions using CNC programming.