This article attempts to compile a list of recent tungsten inert gas welding advancements
(TIG). TIG welding only allows for a few millimeters of penetration depth. This limitation of …

In this paper, the effects of rare earth oxides on the microstructure and mechanical
properties of nickel-based superalloys prepared by high-energy beam processing …

The objectives of this research are to investigate penetration characteristics, to clarify
welding phenomena and to develop high quality welding procedures in bead on plate …

Owing to its significant influence in heat and mass transfer, liquid metal flow during
stationary laser welding has been studied for different concentrations of oxygen in the …

Selective laser melting (SLM) has unique advantages in manufacturing oxide dispersion
strengthened alloys due to its high cooling rate and tiny molten pool. In this study, the …

The effect of welding parameters on the distribution of wire feeding elements has been
investigated during CO2 laser and pulsed gas metal arc hybrid welding process. The molten …

In this study, the dynamic behaviors of metal vapor, plasma, keyhole, and weld pool during
activating laser welding of stainless steel thick plates are monitored in real time by …

The production of consistent, high-quality laser welds on zinc-coated steels for the
automotive industry remains a challenge. A simple overlap joint geometry is desirable in …

Improvement in penetration capabilities is an important issue in many welding processes.
One of the most emerging trends to improve penetration capabilities is the utilization of …

The deep penetration laser welding process involves complex physical phenomena and
widely concerned areas. In this paper, a transient multiphase full coupled model rigorously …