OPTIMIZATION OF PROCESS PARAMETERS FOR TEMPERATURE DISTRIBUTION IN ORTHOGONAL METAL CUTTING

Hassan Farooq; Mirza Jahanzaib

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OPTIMIZATION OF PROCESS PARAMETERS FOR TEMPERATURE DISTRIBUTION IN ORTHOGONAL METAL CUTTING

Author(s)

Hassan Farooq Department of Industrial Engineering UET Taxila, Pakistan

Mirza Jahanzaib Department of Industrial Engineering UET Taxila, Pakistan

Abstract

Process parameters demands optimal conditions to achieve surface finish and desired quality level. The temperature produced during cutting plays significant role in the machining and directly influences process parameters and surface finish of work piece. An investigation has been carried out to see impact of temperature at different process parameters using mild steel AISI 1018 with HSS (Co 10%) cutting tool using a Tool Work thermocouple technique. The analysis is done by using the Taguchi method which optimizes different machining parameters used in turning process for optimizing temperature of tool-chip interface. The parameters are also modeled in GA method and coded in MATLAB. The results obtained from the Taguchi's method shows that the cutting speed comes out to be the most significant parameter among the parameters. The results obtained from Taguchi method are also evaluated by ANOVA.

Publication Details

Page(s) 11-19

DOI DOI not available

Published Journal: Quaid-e-Awam University Research Journal of Engineering, Science and Technology, Volume: 13, Issue: 2, Year: 2014

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Keywords

Taguchi method, Process parameters, turning, Optimal Seeking, GA method

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