The sliding bearing belongs to the supporting parts with high application rate in engineering,
but in the operation process, it is inevitable to encounter large friction and wear due to the …

Machining cemented carbide coating on workpiece surface can effectively improve wear
resistance of friction pair and reduce frictional coefficient and frictional wear. Through the …

Dry cutting acting as a green machining technology is a promising manufacturing process in
industrial applications; however, severe friction under dry cutting conditions aggravates tool …

Superior surface characteristics, tribological performance and adhesion strength are critical
for DLC coated surface in hip implant. Incorporating laser surface texturing and heat …

To improve the bonding strength of diamond-like carbon film (DLC) on Ti6Al4V alloy (TA)
substrate, the effect of texturing, carburizing and their combination was investigated. The …

To address the challenge of insufficient lubricity and thermal conductivity of conventional
lubricating fluids and single type of nanofluids during cutting, a new nanofluid (Fe 3 O 4 …

The effect of ultrasound on the distribution pattern of TiC and properties of 4 wt% TiC
reinforced CrMnFeCoNi coatings fabricated by laser cladding is investigated systematically …

Surface texturing is a promising way to reduce wear, but further improvements in wear
resistance via single textures remain challenging. Inspired by multiple biological surfaces …

This study explores the feasibility of employing MAX phase composite as impregnated solid
lubricants and/or as bulk material for advanced high temperature tribological applications …

The fretting wear resistance of Ti64 alloy improved with the incorporation of circular surface
textures and CrN-MoS 2-Ag coatings fabricated using Nd: YAG laser and RF Magnetron …