Abstract Effects of strain rates on mechanical behaviors of nano-multilayered aluminum
5052 alloys are explored via molecular dynamics simulations. Yield strength and ultimate …

Ultrasonic vibration assisted metal forming is a promising technology, but the microscopic
mechanism of the ultrasonic effect on metal deformation has not been fully understood yet …

High entropy alloys (HEAs) are newer siblings of multi-component metallic compound alloys
with high tensile strength and ductility. The impact of temperature and strain rates under …

Solidification phenomenon has been an integral part of the manufacturing processes of
metals, where the quantification of stochastic variations and manufacturing uncertainties is …

Based on the embedded atomic method potential energy function, the uniaxial tensile and
compressive deformation of nanocrystalline Al with different sizes in the crystal orientation …

In this study, a high-throughput calculation algorithm was compiled for screening the
potential alloying elements that can increase the resistance of Al alloy to stress corrosion …

The mechanical properties of nickel nanowire at different temperatures are studied using
molecular dynamics (MD) simulations. The inter-atomic interactions are represented by …

Mechanical twinning plays a significant role in the plastic deformation of Twinning Induced
Plasticity steel (TWIP). The effect of grain size on the twinning nucleation stress, yield stress …

The main uses of bullets are as projectiles in firearms for military, law enforcement, and
civilian purposes. However, bullets have significant industrial applications beyond their role …

This study focuses on investigating the dependency of fatigue nanomechanisms to the cyclic
loading mode and notch shape in single-crystal aluminum nanoplates by molecular …