Abstract
Since aluminum and magnesium are lightweight, they are used as parts of transportation equipment such as automobiles and aircraft. Magnesium alloys have attracted attention because of their characteristics of light weight, high specific strength and recyclability. However, the problem is that the wear resistance and corrosion resistance are considerably lower than steel materials. In this study, to enhance the surface properties such as corrosion resistance and wear resistance of magnesium alloys, we attempted to bond dissimilar materials to the alloy surface using shot peening (SP). The surface characteristics of the magnesium alloy were improved by dissimilar material bonding using SP.
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