Nanolaminates are composed of nanoscale-thick alternating layers of different materials and
their properties are dependent on the individual layers, the layer thickness and the …

Uniaxial compression tests were carried out on micro-pillars fabricated from nanolaminated
graphene (reduced graphene oxide, RGO)-Al composites of different RGO concentrations …

Crystalline-amorphous composite have the potential to achieve high strength and high
ductility through manipulation of their microstructures. Here, we fabricate a TiZr-based alloy …

The ability of amorphous intergranular films to mitigate damage formation at grain
boundaries is studied with molecular dynamics simulations. We find that such films can alter …

In this work, we have synthesized dual-phase high entropy alloys (DP-HEAs) multilayers
with a tunable layer thickness through a bottom-up approach. The DP-HEAs' multilayers …

The development of new design strategies to create innovative structural materials, refine
existing ones, and achieves compatible combinations of strength and plasticity remains a …

Nanostructured crystalline/amorphous metallic multilayers have been increasingly studied
due to their high strength and potential enhancement of plasticity in amorphous metals. Here …

The deformation behavior of crystalline-amorphous nanolaminates is explored through
molecular dynamics simulations using nanolaminate models that contain columnar …

A comprehensive understanding of the interfacial properties in particle-reinforced metal
matrix composites (PRMMCs) requires an accurate determination of the cohesive strength of …

Mechanical behavior of a Cu-Zr metallic glass (MG) under cyclic indentation loading is
investigated via molecular dynamics simulation. A large-depth indentation after cycling is …