The present study investigates a fatigue property and its microstructural and interface
geometrical effect on the resistance element welded (REWed) aluminum (Al)/high-strength …

SiC p/Al matrix composite (SiC p/AMCs) has been widely used in aerospace field of
structural frames, but it is difficult to realize the lightweight connection of complex structural …

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 …

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 …

Magnetic pulse welding is an effective way to achieve Al/Ti welding of light alloy materials
via pulse electromagnetic forces. A new multi-seams structure coil applied to magnetic pulse …

Dissimilar material welded joints will inevitably suffer atmospheric corrosion during service,
which may lead to premature failure of the dissimilar welded joints. Hence, in present study …

A sandwich structure applied to joining carbon fiber reinforced plastics (CFRP) and AA5052
aluminum alloy sheets through magnetic pulse welding (MPW) was proposed. Mechanical …

In the present article, the seam lap joining of the Al6061 and galvanized steel sheet is
carried out using friction stir welding. A unique metallographic feature named'hook'is …

In this study, the fatigue performance of magnetic pulse welding (MPW) joints of AA5052
aluminum alloy and T300 carbon fiber reinforced polymer (CFRP) with sandwich structure …

Nanoscale sliding friction behavior of nanoparticle on Cu/Ag bilayers influenced by water
film is investigated by molecular dynamics (MD) simulation. The results show that the …