Multi-objective optimization of high carbon steel (EN-31) and low carbon steel (SAE-1020) using Grey Taguchi method in rotary friction stir welding
KJ Singh - Grey Systems: Theory and Application, 2019 - emerald.com
Grey Systems: Theory and Application, 2019•emerald.com
Purpose Nowadays, a rotary friction welding method is accepted in many industries,
particularly for joining dissimilar materials as a mass production process. It is due to
advantages like less material waste, low production time and low energy expenditure. The
effect of the change in carbon contents in steel is studied experimentally in the rotary friction
welding process, and a statistical model is developed. The Grey Taguchi method gives the
single parameters optimization for all output responses. The paper aims to discuss these …
particularly for joining dissimilar materials as a mass production process. It is due to
advantages like less material waste, low production time and low energy expenditure. The
effect of the change in carbon contents in steel is studied experimentally in the rotary friction
welding process, and a statistical model is developed. The Grey Taguchi method gives the
single parameters optimization for all output responses. The paper aims to discuss these …
Abstract
Purpose
Nowadays, a rotary friction welding method is accepted in many industries, particularly for joining dissimilar materials as a mass production process. It is due to advantages like less material waste, low production time and low energy expenditure. The effect of the change in carbon contents in steel is studied experimentally in the rotary friction welding process, and a statistical model is developed. The Grey Taguchi method gives the single parameters optimization for all output responses. The paper aims to discuss these issues.
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