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 …

In the microelectronics industry, the high thermal and electrical conductivity of copper (Cu),
the low volume density and the high efficiency of aluminum (Al) are extremely attractive. The …

Laser welding of dissimilar metals is important in many industrial applications. However, as
dissimilar metals get mixed during the melting process, intermetallic compounds are often …

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 …

Al-Cu dissimilar laser welding has gained substantial attention in the electric vehicle battery
manufacturing, while challenged by the formation of brittle Al-Cu intermetallic compounds …

The T2 Cu with a thickness of 0.2 mm and 6063 Al alloy with a thickness of 0.4 mm were
joined via nanosecond pulsed laser welding in an inner spiral scanning mode. The lap …

Solid-state diffusion bonding effectively joins dissimilar materials, even with varying
metallurgical properties and melting points. In this study, a Cu/Ni joint was produced at a …

Continuous laser lap welding for a dissimilar combination of aluminum (Al) and copper (Cu)
was achieved successfully. The successful welding was achieved by varying laser power …

In laser welding, the complex characteristics of weld structure features, including weld
geometry and defects such as porosities and cracks, pose significant challenges in …

Dissimilar welding between aluminum and copper poses significant challenges, primarily
due to differences in their thermal and mechanical properties, resulting in brittle intermetallic …