Abstract
A novel process, "cold spraying interlayer + roll-bonding" (CSIR), was proposed for the preparation of Mg/Al clad plates. The microstructural evolution of interfaces and mechanical properties of Mg/Al clad plates were investigated. The results showed that the CSIR process produced microscopic three-dimensional mechanical interlocking at the interface and promoted atomic diffusion. The CSIR process collaborated microscopic three-dimensional mechanical bonding with metallurgical bonding, resulting in a shear strength of 1.5 times that of conventional rolling at a reduction rate of 37.5% and reaching 40.02 MPa after annealing at 200 °C for 1 h.
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