This article showcases details on enumerative information of dissimilar aluminum (Al) to
steel welds manufactured using different friction-based welding processes with an emphasis …

Joining of aluminum alloys through friction stir welding (FSW) is effectively employed in
several industries (eg, aeronautics and aerospace) since it guarantees proper weld strength …

Friction stir welding (FSW) has enjoyed great success in joining aluminum alloys. As
lightweight structures are designed in higher numbers, it is only natural that FSW is being …

In engineering applications, such as automobile, marine, aerospace, and railway,
lightweight alloys of aluminum (Al) and magnesium (Mg) ensure design fitness for fuel …

Friction-based welding processes are considered as very efficient solid-state metal joining
processes due to soundness of the welded joint with remarkably less energy consumption …

The solid-state welding method known as friction stir welding (FSW) bonds two metallic work
parts, whether the same or different, by plastically deforming the base metal. The frictional …

Friction stir welding exploits its solid state process behaviour to join aluminum to steel, which
differs in thermal and mechanical properties, and where combination of these metallic alloys …

Joining of dissimilar materials is of increasing interest for a wide range of industrial
applications. The automotive industry, in particular, views dissimilar materials joining as a …

Aluminum-Steel joining is an example of a multi-material design. An amalgamation of both
the material is very beneficial, yet they pose their set of difficulties in joining due to a …

In the present study, the joining of interstitial free steel and commercial pure aluminium was
carried out by friction stir welding (FSW) technique using tool rotational speeds of 600, 900 …