In this study, an overcasting process followed by a low-temperature (200° C) annealing
schedule has been developed to bond magnesium to aluminum alloys. ProCAST software …

Dissimilar joining of magnesium and aluminum using a compound casting process was
investigated in the present work. For the first time, a Ni interlayer prepared by plasma …

Abstract “Overcasting” technique is used to produce bimetallic magnesium/aluminum
(Mg/Al) structures where lightweight Mg can be cast onto solid Al substrates. An inherent …

Compound casting is used as a process to join various similar and dissimilar metallic
couples. The ratio of melt-to-solid volume is one of the main factors that can affect the …

This paper summarizes the bi-metallic experiments using a high-vacuum test apparatus to
understand the interfacial phenomena between Mg (AM60) and Al (A390) samples. The test …

In this study, we conducted the diffusion bonding of Mg and Al alloys using a 30-μm-thick
pure silver foil interlayer at median temperatures between 390 and 490° C. We obtained a …

The diffusion bonding of Mg and Al alloys with different interlayer compositions was
investigated, where the interlayer was prepared through hot dipping technique in pure Zn …

To overcome the shortcomings of magnesium alloys such as low strength at an elevated
temperature and poor corrosion resistance, the fabrication of Mg/Al compound materials has …

The joining of AZ31B Mg alloy to 6061 Al alloy was investigated at different joining
temperatures by vacuum diffusion bonding method. The microstructures of Mg/Al dissimilar …

The forge-welding process was examined to develop a high-strength bonding application of
magnesium (Mg) alloy to aluminum (Al) alloy under high-productivity conditions. The effect …