Welding is a major manufacturing process that joins two or more pieces of materials together
through heating/mixing them followed by cooling/solidification. The goal of welding …

The alternative longitudinal external magnetic field (LEMF) was verified to be effective to
enhance the spreading and wetting capacity of the molten aluminum metal in metal inert gas …

The versatile aluminium alloys and steel are being used in automotive engines (exhaust
systems), pressure vessels (flanges), turbine rotors, boilers (bonnet) and in many …

This paper presents a model-based parameter optimization for simulating a metal-inert gas
welding process. The computational model used in this study is based on computational …

Numerical modeling is an essential approach to understanding the behavior of thermal
plasmas in various industrial applications. We propose a deep learning method for solving …

A 2D computational model of the mixing of multiple metal vapours into a helium arc in gas
tungsten arc welding of stainless steel is presented. The combined diffusion coefficient …

Keyhole plasma arc welding (PAW) has great potential in the advanced manufacturing
industry. Previous research on PAW mainly concerns heat transfer in workpiece without …

Plasma arc welding (PAW) can produce deep-penetration weld when a keyhole mode
appears with high welding currents. The process involves complex thermal-hydrodynamical …

A compound external magnetic field (EMF) can be used to prevent weld bead defects by
controlling the metal transfer and arc behaviors during high-speed gas metal arc welding. A …

A three-dimensional computational model of metal–inert-gas welding, which includes the
arc, wire and workpiece self-consistently, is presented. It takes into account the phenomena …