Cold spray is an effective solid-state process for the fabrication of metal matrix composites
where metallic, ceramic, or intermetallic reinforcements are embedded in a metallic matrix …

Wear property is a main reason for failure, especially for those parts which are mechanically
moving and interacting with each other in industrial utilization. High‐entropy alloys (HEAs) …

Ni-WC composites were prepared by vacuum-induction melting (VIM). A ball-on-disc wear
test was performed using an Si 3 N 4 ball as a friction pair to study the wear performance of …

Refractory high entropy alloys (RHEAs) have recently attracted significant attention for
structural applications because of their excellent high-temperature mechanical properties …

Considering the high thermal stability of TaC carbide and Ni 3 Al (γ′) intermetallic
compound, TaC was in situ synthesized in laser clad Ni-Al-Cr coating to produce the …

Abstract Metal Matrix Composites reinforced with WC particles and Co or Ni as matrices are
well-known for their unique combination of hardness, toughness, and thus superior wear …

A growing understanding of wear behavior of various thermally sprayed ceramic–metallic
matrix coatings has occurred over recent years. This has resulted from the continuous …

In this study, effect of feedstock particle size and nozzle configuration on deposition,
microstructural features, hardness and sliding wear behaviour of high velocity air fuel …

Ni-WC composite coating was prepared on Q235 steel substrate by plasma transfer arc
(PTA) with welding current ranging from 70 A to 85 A. The results show that the dissolution …

The poor wear resistance of titanium and its alloys often results in galling and high wear
rates. One method to improve their wear resistance is by hard secondary phase …