Eutectic high-entropy alloys (EHEAs), combining the advantages of both eutectic alloys and
high-entropy alloys (HEAs), possess good castability and superior comprehensive …

Exploring the deposition of single-pass and single-layer pure Cu coatings on Al alloy
substrate through high-pressure cold spray technology is a crucial endeavor with significant …

Two layers of FeCoNiCrAl coatings were prepared on copper (Cu) alloys substrates in this
paper in order to improve the wear and corrosion performance of Cu alloys and to reduce …

Additive manufacturing (AM) is a layerwise production process that creates three-
dimensional objects according to a digital model. This technology has demonstrated to be a …

Infrared-blue composite laser cladding technology is used to prepare highly conductive and
wear-resistant CoCrFeNi-(Mo, Ti, W) HEA coatings on the surface of the copper alloy to …

Laser assisted cold spraying (LACS) is a promising technology for preparing high
performance copper-steel composite materials for grounding electrode applications. Laser …

With the development of computational thermodynamics, it is possible to design a material
based on its simulated microstructure and properties before practical operations. In order to …

Abstract A continuous MoSi 2-Mo-Cu composite coating was prepared on a chromium‑
zirconium‑copper substrate using red-blue combined laser cladding technology and …

Copper-based alloys possess outstanding thermal and electrical conductivity, making them
popular in the electronic and aerospace industries. However, its low hardness makes it …

Magnesium alloy is extensively used in aircraft, automobiles, and electronic industries due
to its low density, high specific strength, and enhanced machinability. However, low …