Abstract
In this study Al/Cu laminated composite specimens were obtained via explosion welding at various modes. Microstructure, chemical composition and microhardness of Al/Cu bond area were investigated by means of optical and SEM microscopy. Four typical microstructures of Al/Cu bond area were identified at different explosion welding parameters. The types included various amounts of molten zones in the structure. The evolution of the molten zone hardness value identified explosion welding regimes which contributed to maximum amount of intermetallic compound formation during explosion welding.
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