Magnetic pulse welding enables to produce perplexing interfacial morphologies due to the
complex material response during the high strain rate collision. Thus, a thermomechanical …

Magnetic pulse welding (MPW) has the unique advantages in realizing the connection of
dissimilar materials, such as waveform interface, reliable joint and high strength. However …

In this study, the relations between interfacial microstructure and mechanical behavior of
aluminum alloy sheets and zinc-coated steel sheets magnetic pulse welding (MPW) joints …

Dissimilar metal additive manufacturing of aluminum-steel (Al single bond Fe) components
offers many opportunities for achieving effective structural lightweighting and multi …

Multi-material tubular components have found versatile applications in various products and
machine parts because of their ability to offer simultaneous advantages of the constituent …

Abstract Magnetic Pulse Welding (MPW) is an essential procedure for joining of dissimilar
metals. The high velocity collision and jetting are the most important aspects of MPW …

Magnetic pulse welding (MPW) exhibits an enormous advantage on welded joints of
dissimilar metals. Various process parameters (discharge energy and standoff distance) …

Due to low thermal stability and limited critical size, metallic glasses (MGs) are frequently
considered for reinforcing composites. The production technology of composites should …

The effective connection of 1050 Al and AZ31 Mg was realized by magnetic pulse welding.
The maximum tensile-shear force of the dissimilar Al/Mg metal lap joint reached 97% of that …

In industrial production, the standoff distance of magnetic pulse welding (MPW) is a critical
parameter as it directly affects welding quality. However, the effects of standoff distance on …