Rotary friction welding (RFW) is a solid-state joining process that can be used to join
different alloy systems such as aluminum-steel alloys. Rotary friction welding has become …

A GGG40 ductile iron pipe and E355+ N alloy steel pipe were successfully welded using the
magnetically impelled arc butt method. The influence of axial misalignment on the …

Heterostructures of alloyed composites, comprising heterogeneous domains with
dramatically different constitutive properties, hold remarkable potential to expand the realm …

Aluminum and steel dissimilar sound joints were fabricated using a 4.0 kW high-power
ultrasonic welder. The microstructure and mechanical properties of the joint resulting from …

Sound dissimilar welding of heat-treatable A7075-T6 aluminum and mild steel is extremely
difficult due to the formation of interfacial cracks. The present study aims to attempt linear …

Cycle step (CS) process is an advanced mode in cold metal transfer (CMT) welding
technology, in which allows to set both the numbers of individual droplets and the pause …

Rotary friction welding (RFW) could result in lower welding temperature, energy
consumption, or environmental effects as compared with fusion welding processes. RFW is …

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 save production costs and reduce the weight of structures, it is one of the common ways
to replace copper (Cu) with aluminum (Al) in some industries such as the refrigeration …

Aluminum alloy/steel hybrid components are receiving more and more attention in recent
years due to their great potential in reducing weight while maintaining the mechanical …