This work describes the recent progress in the improvement of heat transfer through
microscale facing steps. This analysis includes previous studies that aimed to improve heat …

Abstract Pulsed Laser Ablation in Liquid (PLAL) is a method for nanoparticle synthesis in
which electron clouds are involved in the ablation process by providing electron heating …

We studied the shear deformation of a laminar Al-Cu composite with (100) and (110)
interfaces with a shear perpendicular to the lamellae in comparison with pure single crystal …

Due to its high strength and toughness, the TiN coating is considered one of the most
promising coatings for resistance to particle impact and erosion wear in oil fracturing …

In this paper, we surveyed the effect of graphite thickness, impact velocity, substrate
temperature, angle tilt of particle, incident angle, and Ni crystalline faces on the formation of …

The exothermic reaction during the collision between nanoparticles is of importance for the
engineering applications of energetic powder materials. This work investigates collision …

The collision of nanoparticles with surfaces plays an important role in many particle
processing technologies. The mechanical properties after collision are described by the …

In this study, we innovatively combined the Fe–Ti–N potential function file to construct
simulation models of different crystal facets of TiN/Fe ((001),(110), and (111)), which had not …

Understanding the dynamic behavior of nanomaterials under hypervelocity impact is of great
importance to develop advanced materials or structures for protective applications. The …

Air humidity can intervene in a particle–surface collision by forming a layer of water
molecules on the surface. These water molecules act as a buffer layer that alters the …