Wire arc additive manufacturing (WAAM) technique became an emerging manufacturing
technology because of its cost-effective in creating large-scale metal parts with moderately …

Abstract Cold Metal Transfer (CMT), an advanced technology developed from the
conventional metal inert gas (MIG) process, has revolutionized the joining of similar and …

Thin-walled pipes have been widely used in chemical facilities and propulsion structures,
where the distortion problem induced by welding fabrication is common and prominent …

Adding heterogeneous nucleation refiners is an effective route to obtain fine grained
microstructure. To investigate effect of silicon carbide (SiC) particles on mechanical …

Strain gradient plasticity phenomenon in the parent material (PM), heat affected zone (HAZ)
and fusion zone (FZ) of butt and lap joint of shielded metal arc welded AISI A36 steel is …

Girth welding is extensively utilized in connecting pipeline structures. Excessive welding
deformation may result in a decrease in ultimate bearing capacity and fatigue life. This …

Analyses in the present work focus on understanding the influence of the WAAM (wire arc
additive manufacturing) deposition pattern and travel speed on residual stress and warpage …

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 review paper offers a comprehensive analysis of the cold metal transfer (CMT) welding
process in the context of similar metals and alloys. With a focus on recent advancements …

The goal of this work is to investigate the interface microstructure of the cold metal transfer
(CMT) welded dissimilar (AA6061 sheet-galvanized steel sheet) joint at maximum tensile …