Molecular dynamics (MD) simulations have become a pivotal tool in the nanofabrication of
semiconductor materials, a key area of contemporary semiconductor process research. This …

Multilayer graphene (Gr) reinforced high-entropy alloys (HEAs) matrix composite shows
promising prospects in anti-friction and wear-resisting. Nevertheless, a potential …

Ultrasonic vibration-assisted grinding (UVAG) has attracted plenty of attention to significantly
improve surface integrity. However, existing research has not systematically investigated the …

Nanotwinned high entropy alloys (HEA) offer promising applications in engineering due to
their remarkable mechanical properties. However, the influence of twin boundaries (TB) on …

Molecular dynamics models are established to investigate the influence of silicon carbide
(SiC) particle size and strain rate on the mechanical characteristics and deformation …

Molecular dynamics simulations were employed to study the deformation behavior and
microstructure evolution of nanocrystalline iron alloy during vibration-assisted scratching …

Micro/nano scratch testing is an effective technique for characterizing the mechanical
properties and wear resistance of materials. In practical applications, most of the materials in …

The dual-phase alloys exhibit a promising combination of properties that either neutralize or
compensate for the weakness of the two contained components and are characterized by …

This study investigates the friction and wear responses of the NiCoCr medium entropy alloy
(MEA), which was coated with graphene but with different pre-strain conditions, through …

Duplex titanium-aluminum alloys have significant advantages in terms of mechanical
properties, lightweight potential, and application prospects, and have become one of the …