In pursuit of high-performance materials, the synergistic combination of high-entropy alloys
(HEAs) and graphene (Gr) has emerged as a promising approach. Here, we report a …

Tribo-induced structural and chemical modifications at elevated temperatures play
paramount roles in the tribological performance of Ni-based superalloys. Here, we report on …

This study discusses the wear behavior of high entropy Cantor alloy when its microstructure
is modified to a harmonic structure. Mechanical milling of the initial powder, followed by …

Friction and wear of metals are critically influenced by the microstructures of the bodies
constituting the tribological contact. Understanding the microstructural evolution taking place …

Many modern applications rely on the safe operation of components sliding at high speeds,
eg, in the fields of e-mobility, high-speed manufacturing, or impact-resistant materials. While …

The tribological behaviors, wear mechanism and formation of the glaze layer of a cobalt-
base alloy dry sliding against different counterparts (Si 3 N 4 and GCr15 steel) were …

The evolution of microstructure, thermal stability, mechanical response behavior and
tribological properties of the Ti 20 Zr 20 Cu 20 Hf 20 Be 20 high entropy bulk metallic glass …

Gradient nanograin (GNG) metals possess outstanding resistance to sliding friction and
wear. The tribolayer plays a major role in the wear performance of metals. However, the …

The characterization of frictional behavior in ductile metals is a crucial aspect of materials
science, as it relates to the plastic deformation of the material. However, due to the intricate …

Deformation twinning significantly influences the microstructure, texture, and mechanical
properties of metals, necessitating comprehensive studies of twin formation and interactions …