Optimization of Process Parameters of Surface Grinding of AISI 304 Steel with Al 2O 3 Abrasive Wheel

8 Pages Posted: 4 Feb 2020

See all articles by Prasanta Kumar Bardhan

Prasanta Kumar Bardhan

JIS College of Engineering

Bikash Bhunia

JIS College of Engineering

Souvik Goswami

JIS College of Engineering

Puspendu Chandra Chandra

Regent Education and Research Foundation, Bara Kanthalia - Department of Mechanical Engineering

Date Written: January 27, 2020

Abstract

Surface topography of the machined workpiece is one of the most important criterions for the analysis of the grinding process and also has a significant influence on the fatigue behaviour of workpiece. In the present work, the experiments are carried out for optimum surface roughness and rate of material removal with variables like feed rate, speed of table and depth of cut on stainless steel material AISI 304 with the Al2O3 abrasive grinding wheel. Taguchi optimization technique is applied to optimize the process parameters to get optimum results of surface finish during grinding. The most influencing process parameters are depth of cut and table speed to optimize the MRR and surface roughness. The results reveals that optimum values of process parameters are 0.5 mm feed rate, 16 m/min table speed and depth of cut 0.02 mm to achieve the optimum surface roughness.

Keywords: ANOVA, Taguchi method, Surface Roughness, Grinding, AISI 304, MRR, Al2O3 Wheel

Suggested Citation

Bardhan, Prasanta Kumar and Bhunia, Bikash and Goswami, Souvik and Chandra, Puspendu Chandra, Optimization of Process Parameters of Surface Grinding of AISI 304 Steel with Al 2O 3 Abrasive Wheel (January 27, 2020). Proceedings of Industry Interactive Innovations in Science, Engineering & Technology (I3SET2K19), Available at SSRN: https://ssrn.com/abstract=3526001 or http://dx.doi.org/10.2139/ssrn.3526001

Prasanta Kumar Bardhan (Contact Author)

JIS College of Engineering ( email )

Block-A, Phase-III
WEST BENGAL
Kalyani, Nadia 741235
India

Bikash Bhunia

JIS College of Engineering ( email )

Block-A, Phase-III
WEST BENGAL
Kalyani, Nadia 741235
India

Souvik Goswami

JIS College of Engineering ( email )

Block-A, Phase-III
WEST BENGAL
Kalyani, Nadia 741235
India

Puspendu Chandra Chandra

Regent Education and Research Foundation, Bara Kanthalia - Department of Mechanical Engineering ( email )

India

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