Abstract
The aim of this paper is investigation of microstructure and property relationship in aluminum–HSLA steel and aluminum–dual phase steel bimetals fabricated by explosive welding technique. Dual phase steel was produced by intercritical annealing and water quenching from 1.45Mn–0.2Si–0.186C HSLA steel. Hardness, tensile shear strength, tensile strength, toughness and microstructure of explosively welded aluminum–HSLA steel and aluminum–dual phase steel were evaluated. Both bimetals have a straight bonding interface. It was also seen that plastic deformation of dual phase steel was higher than HSLA steel near interfaces of bimetals. The hardness was increased near the bond interface of bimetals. Tensile and tensile shear strength tests showed that aluminum–dual phase steel is superior than aluminum–HSLA steel. Also, impact toughness of aluminum–dual phase steel was found significantly higher than that of aluminum–HSLA steel.
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