This paper aims to present a comparison on the use of different heat treatment conditions in
association with welding of a HSLA-80 steel. This investigation was carried out by multipass …

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 …

Abstract A three-dimensional (3-d) computational fluid dynamics (CFD) based model in
which a ray-tracing algorithm was combined with the volume of fluid (VOF) method was used …

Microstructural characteristics has been investigated along the weld metal penetration of
EH36 shipbuilding steel processed by CaF2–30 wt. pct TiO2 flux under 60 kJ· cm− 1 …

The tandem submerged arc welding process brings higher productivity and better
mechanical properties for the materials involved. In this study, constant heat input per unit …

The autogenous manual gas tungsten arc welding (GTAW) process was used for cladding
austenitic stainless steel 316L using a single pass with various contact tip-to-work distances …

Twin-wire arc served as a high-efficient technology has been fully developed and widely
used in the manufacturing industry. In order to further increase welding deposition rate, a …

The paper describes a high-current Gas Metal Arc Welding (GMAW) process using wire
electrodes with diameters up to 4.0 mm for single-pass full penetration butt joint welding of …

A novel welding method termed cable-type welding wire (CWW) arc welding is proposed in
this study, wherein the CWW is used as a consumable electrode. The CWW is composed of …

In high heat-input multi-pass twin-wire submerged-arc welding, weld metal of previous pass
will be affected by the heat input of subsequent one and form coarse-grained heat-affected …