To couple strengthening with hydrogen-insensitive design in steels, many research employ
nanosized carbides to trap hydrogen atoms from diffusion. Herein, by using the pearlite steel …

To improve the fatigue fracture resistance of high-speed railway wheels, this paper studies
the matching optimization design of microscopic crystal parameters of wheel materials …

Microstructural analysis of new bainitic steel subject to heat treatment was performed and
directly compared with those achieved from the microstructure of R-260 pearlitic rail steel …

Although several studies have been conducted on the mechanism of the formation of white
layer by cyclic large shear deformation, and its effect on rolling contact fatigue, limited …

Ninefold drawing of pearlitic steel wire is investigated. On the basis of multiscale computer
models, the behavior of pearlite colonies at the surface of the wire and in its central layer is …

A 3D transient thermo-metallurgical finite element simulation of a narrow gap multi-layer gas
metal arc welding of the first ten layers of a 60E1 profile and R350HT steel rail was …

The effects of the alloying elements of Cr, Mn and the cooling rates after hot deformation on
the microstructures and mechanical properties of pearlite steels were studied. Results show …

Cold-drawn high-carbon steel wire with pearlite microstructure is one of the most popular
raw materials for modern reinforcing ropes. Lamellae thinning, changes in interlamellar …

Creating a spheroidal microstructure in steel is one of the ways to design its properties. Such
a structure can be obtained during annealing of the martensitic, bainitic, or pearlitic structure …

In this article, the effect of heat treatment on the microstructure and mechanical behavior of
medium-carbon steel wire intended for the spring mattress is investigated using scanning …