Intermetallic compounds (IMCs) have attracted significant attention in recent years due to
their unique properties and potential applications in various fields, particularly in catalysis …

Galvanic corrosion and localized corrosion behavior of AA5052/weld seam/304SS tri-
metallic couples were examined by EIS, ZRE, SKP and SVET tests after tungsten inert gas …

In order to achieve high-quality welding of aluminum alloys, reasonable control of welding
heat input is critical. Different combinations of welding parameters can achieve the same …

Dissimilar metallic materials find broad applications owing to the possibility of integrating
multiple functions. However, the joining interface is a vulnerable site for failure in service …

The AA2219/304SS bars are inertia friction welded. Research demonstrated high heat input
can promote the precipitation of the strengthening phases to form the Cu-rich layer. Whereas …

To achieve improved microstructure and mechanical properties, the bypass current metal
inert gas welding (BC-MIG) with forced cooling was firstly utilized in the additive …

This study explored the heat input effects on automated TIG welded dissimilar AA6061-T6
and AA7075-T6 joints using filler ER5356. Three heat input welded samples, namely HI1 …

The present work investigates the correlations between galvanic corrosion, intermetallic
compound (IMC) formation, and the input of welding energy with respect to the initiation and …

In the present study, an attempt is made to perform a comparative assessment between the
conventional friction stir welding (C-FSW) and two auxiliary energy-assisted FSW (AE-FSW) …

Direct joining of aluminum alloy and steel sheets offers a great potential for achieving
effective structural lightweighting for transportation systems. The major challenge is how to …