Parametric Optimization for the Gas Metal Arc Welding of Stainless Steel using Experimental Design
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Abstract
The purpose of this research is to reduce the amount of incomplete penetration of Webbing Bar Assy part, which is a component of a seat belt, in GMAW welding process by using an experimental design technique. The influence of welding parameters, which are welding electricity current, voltage, and welding speed were studied. The response variable is the amount of complete penetration workpieces. A 23 full factorial design with two replications and each replication composes of 10 workpieces was performed. From this study, optimized electricity current, voltage, and welding speed should be set at 150 ampere, 18 volt, and 30 centimeters per minute respectively to minimize the amount of incomplete penetration workpieces.
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References
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