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 …

In recent days, the utilization of lightweight alloys for various applications has been
increased massively. Starting from the automobile industry, aerospace industry, and even in …

The application of magnesium (Mg) inevitably involves dissimilar welding with steel. A novel
solid state spot welding method, refill friction stir spot welding (refill FSSW), was utilized to …

The influence of pure Al, Al-Si and Zn-Al weld fillers on microstructure and mechanical
properties was investigated during lap laser welding-brazing of Al to Cu. Al 4.2 Cu 3.2 Zn 0.7 …

Magnesium alloys (Mg) and steels are immiscible as they do not react with each other and
are virtually insoluble in the liquid state. This feature hinders their joining either by fusion …

In this review, present status of laser welding/brazing (LWB) of aluminum alloy to steel is
adopted in detail. This review shows the current scholarly exploration and achievements in …

In this paper, the Ti6Al4V and 6061 Al dissimilar joints were welded by laser welding-
brazing process, and the effect of subatmospheric pressure and laser offset on weld …

External magnetic field was utilized to enhance laser welded joint properties of AZ31B
magnesium alloy to DP590 dual-phase steel based on the joint structure with adding Sn …

AZ31 magnesium alloy and DC01 steel were friction stir lap welded (FSLW) with Z-axis force
controlled at 7.5 kN. The microstructural features and element distributions of the joint were …

ZnAlMg coatings are highly corrosion resistant due to their unique microstructure and have
shown promise as a next-generation coating material for automotive structures. Despite the …