Abstract
AbstractQuality of joint play a vital role in the production of any industry. Nowadays, it is due to the very rigid and sharp economic market conditions in the manufacturing industry. The main objective of the industries is to reveal the production of better-quality products at a minimum cost and increase productivity. Tungsten Inert Gas (TIG) welding is the most vital and common operation for joining similar or dissimilar materials by heating, applying pressure, or using the filler material. TIG welding gives a better response for the company's main goal in terms of good quality and higher productivity with less time at a lower cost. In this research project, finding the impact of the parametric study on weld properties in TIG welding. The selected machining parameters are welding current, speed, and gas flow rate, which influence receptive responses such as unnotched tensile strength and notch tensile strength using an optimization viewpoint. Determination of the ideal processing parameters and their impact on better welding quality and higher productivity is investigated.KeywordsOptimizationResponse surface methodologyNotch tensile strengthTIG weldingUnnotched tensile strength
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