Establishing Interconnections and Predictive Modelling for CMT Cladding on 316L Stainless Steel

This study explores how Cold Metal Transfer (CMT) cladding, using austenitic stainless steel, is influenced by welding parameters like current, speed, and nozzle-to-plate distance. By analyzing these interactions, the study establishes a strong mathematical model through statistical tools and optimization. It finds that parameter changes mainly impact the internal weld shape, such as bead width and penetration area. This research enhances understanding of CMT cladding, enabling prediction and control of weld dimensions, with significant implications for industries needing corrosion-resistant coatings