Abstract
We studied the impact of MgCd on the strength of Mg–Cd alloys through simulating the tensile and fracture process of the Mg–MgCd (0001) interface. The simulation presents the strain–stress relationship, the ideal tensile strength and the process of bond breaking of the system. The results show that the cohesive ability of Mg–MgCd (0001) is larger than that of Mg–Mg (0001). Through the analysis of deformation, we found that fracture occurs between the interface and the sub-interface Mg layers.
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