Dissimilar metal composite structures have been used in a wide range of applications to
meet the requirements of lightness, corrosion resistance, electrical conductivity, and thermal …

The Nd: YAG laser is utilized to weld 1060 aluminum (Al) and 110 copper (Cu) with a
thickness of 0.4 mm. The effect of different pulse shapes on the microstructure, mechanical …

Cu-based component/aluminum substrate solder joint is achieved through laser soldering
technology in this paper. The solder wettability on aluminum substrate and microstructure …

Nanosecond pulse laser welding of 6063 aluminum alloy and 316L stainless steel sheets
with a thickness of 0.2 mm was performed. The effect of pulse frequency on the joining …

Micro-welding of Al and Cu foils is increasing used in various industries, particularly in the
production of battery components for electric vehicles. However, direct fusion welding of Al …

The pulsed laser welding of Al ribbon to Cu sheet was investigated for the electrical
interconnections in power electronic modules. The various experimental conditions with the …

Dissimilar metal of T2 copper and 1060 aluminum alloys were welded by plasma arc
welding-brazing method with a lap joint, and SiO 2 nanoparticles were added in the welding …

Aluminum–copper dissimilar metals were successfully welded by nanosecond laser and
optical galvanometer scanning. The joint formation, microstructure characteristics, and …

The micro-joining of Al foil and Cu foil is crucial for various industrial applications, such as
manufacturing power lithium-ion batteries packs for electric and hybrid vehicles. An ongoing …

In this work, we report full penetration welding of 1.6 mm thick AISI 304L stainless steel
sheets in a butt joint configuration using a pulsed nanosecond fiber laser of an average …