Abstract The 1.0 C-1.5 Cr steel was subjected to conventional quenching and laser surface
quenching treatment. A process combing double quenching and laser surface quenching …

A diode laser with a rectangular spot was used to perform laser surface treatment on a 1.0 C‐
1.5 Cr steel. Based on the numerical simulation, an empirical equation was developed to …

Spherical cementite in the bainitic matrix (SCBM) microstructures in the high carbon powder
metal steels having 1.5 wt% C were achieved in specimens with the spherical cementite in …

Bulk metallic glass matrix composites represent a unique microstructural design strategy for
overcoming the strength/ductility trade-off in structural alloys. Site-specific mechanical …

The effects of conventional quenching and based on quenching and carbides
preprecipitation and subsequent critical quenching (QPQ) processes on the microstructure …

Laser surface quenching was conducted on the 1.0 C-1.5 Cr steel with different initial
microstructures. The effects of initial microstructure on the cementite dissolution and grain …

Solid lubricant molybdenum disulfide (MoS2) coatings have been frequently used to
lubricate mechanisms operating in environments where oil and grease lubrication are …

The fracture toughness, damage tolerance, electronic structure, and magnetic properties of
M 2 C (M= Fe, Cr) carbides were analyzed using first-principles calculations. Calculations of …

To optimize the toughness and hardness of laser surface‐hardened high‐carbon–chromium
(52100) steel, the effect of preheating on microstructure evolution and impact property is …

This study investigates the formation of recrystallized and sub-grain structures in the near-
surface region of the carburized layer in M50NiL steel during carburizing heat treatment …