Interfaces play a crucial role in mechanical behaviors of laminated materials. In this study, a
series of hard/soft nanotwinned Cu laminates with varying interface spacing from 200 to 33 …

Abstract The Ti/Al laminated metal components have attracted considerable attention due to
their impressive strength and lightweight properties, positioning them as promising materials …

Abstract The Al/Al-TiB 2 laminated composites with different numbers of layers was
fabricated by hot press sintering method. The results show that Al/Al-TiB 2 interface is well …

The hetero-zone boundary affected region (HBAR) significantly influences the mechanical
behaviors of layered materials, where the deformation mechanisms differ from those in the …

Laminated metal composites (LMCs) of titanium and aluminum (Ti/Al), combining the high
strength and thermal stability of titanium with the low density and corrosion resistance of …

In this study, the effect of compression bonding temperature on the microstructure and
strength-ductility balance of AA7075 alloy was investigated. The results showed that …

Al/Ti laminated metal composites (LMCs) benefit from a bionic laminate structure that allows
for simultaneous strength and plasticity enhancement. However, the Al layer with lower …

As one of the heterostructures, the layered structure has attracted extensive research
interest as it achieves superior properties to individual components. The layer interface is …

In this study, commercial pure Ti is employed to strengthen AZ31 alloy by fabricating Mg/Ti
laminated composite via hot rolling bonding. Strong interfacial bonding between the AZ31 …

The hetero-zone boundary affected region (HBAR), with a high strain gradient, plays a
crucial role in the synergistic deformation of layered materials. Our previous experimental …