Effect of annealing temperature on microstructure and bond strength of cast-rolling Cu–Al clad plates

Effect of Al2Cu constituent layer thickness discrepancy on the tensile mechanical behavior of Cu/Al2Cu/Al layered composites: a molecular dynamics simulation

“…For instance, Ebrahimi [21] et al studied the type and thickness of intermetallic compounds at the Cu/Al8011/Al1060 composite interface affect its mechanical properties and improve the comprehensive properties of Cu/Al8011/Al1060 is related to the formation of intermetallic compounds by interface diffusion. Liu [22] et al fabricated Cu/Al layered composites by cast-rolling process, studied the influence of interface compound thickness on the bond strength of Cu/Al layered composites, and found that a too-thick interface layer would lead to a significant decrease in bond strength. It can be clearly seen that the mechanical properties and deformation mechanism of Cu/Al layered composites are closely related to the type and thickness of the interface compounds [23].…”