Welding processes are a fundamental part of modern engineering manufacturing. The
simulation of materials joining techniques requires the application of thermal models …

The effect of torch angle and current polarities on the convection heat transfer in single wire
submerged arc welding is analyzed. To develop arc models such as arc heat flux, arc …

Good Quality and higher productivity play important role in manufacturing industries.
Delivering improved quality product at reduced price in stiff-cut throat competitive market …

Tungsten inert gas-metal inert gas (TIG-MIG) hybrid welding combines the advantages of
tungsten inert gas (TIG) welding and metal inert gas (MIG) welding. Due to the benefits of the …

This study performed three-dimensional transient numerical simulations using the volume of
fluid method in a gas metal arc V-groove welding process with and without root gap for flat …

A three-dimensional numerical simulation was performed using computational fluid
dynamics in the vertical-downward position. The molten pool dynamic behaviors play a …

A novel electrode-arc-weld pool model considering the influence of the backside keyhole
deviation on the heat source distribution, the influence of the keyhole constraint on the arc …

A CFD based numerical study of the gas metal arc welding process was used to visualize
momentum flow in the produced fingertip shaped molten pool. Arc process models were …

This study analyzed the behavior of molten slag, which is an oxide generated during spray
mode gas metal arc welding, with computational fluid dynamics. The molten slag, composed …

This study conducted three-dimensional transient numerical simulations of molten pool
behavior for the one pulse one drop mode in the gas metal arc welding process. A high …