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 …

Thick-section steel is widely used in large structural applications, taking advantage of its
characteristics, including high strength, good toughness, and low cost. Ultra-high-power …

A three-dimensional wire-feeding model has been developed to study the transient coupling
behaviour of heat and metal transfer, fluid flow, and solidified bead shape in wire plasma arc …

During the magnetic controlling wire arc additive manufacturing (WAAM) process, the
external magnetic field directly influences the arc shape and the molten pool flow, which can …

The influence of filler wire configuration, such as size and geometry, on the deposition rate
(DR) and bead formation, has been studied in wire arc-based directed energy deposition …

Oscillation laser-arc hybrid welding (O-LAHW), which can homogenize the temperature
distribution of the molten pool and the dynamic behavior of the liquid metal, is one of the …

Laser–arc hybrid welding (LAHW) is known to achieve more stable processes, better
mechanical properties, and greater adaptability through the synergy of a laser and an arc …

Hybrid plasma transferred arc (PTA)-laser additive manufacturing (AM) has the potential to
build large-scale metal components with high deposition rate and near-net shape. However …

Wire-arc direct energy deposition (DED) technology has proven to offer irreplaceable
advantages in the production of complex, large, and ultra-large components, owing to its …

An alternating magnetic field was designed to increase weld depth of laser-MIG hybrid
welded 316 stainless steel joint. The influencing mechanism of alternating magnetic field on …