The cold rolling process is used to produce very thin steel wires by compressive forces
applied through a set of rolls. These rolls undergo to surface fast degradation due to high …

Theoretical predictions and engineering practice indicate that roll crossing in strip mills can
generate an excessive axial thrust force between rolls, often resulting in roll bearing failures …

Cermets are materials, usually made of hard ceramic particles embedded in metal matrix,
widely used in different technological fields typically produced by powder metallurgy …

The axial thrust force in the rolling deformation zone is influenced by interconnected factors,
such as the metal transverse flow velocity, rolling pressure distribution, and strip shear …

The dynamic deviation of rolling force during the rolling process is influenced by various
coupling factors, including mill stiffness on the operating and driving sides, initial strip …

The economic cost of roll refurbishment in the steel-making industry is considerable. In a
cold rolling mill, wear and damage of rolls disrupt the industrial environment, so it is critical …

Lubrication in cold rolling is a key aspect to ensure high quality of the rolled strips and the
choice of a suitable lubricant surely has a remarkable influence on the contact conditions at …

To improve the wear resistance and mineral crushing performance of grinding rollers in
cement, mining, and other engineering fields, a striped groove morphology was designed on …

SiC particle-reinforced Ni-based composite electroplating coatings can significantly improve
the surface hardness and wear resistance of rolls. The content and size of the SiC particles …

The axial thrust force in the rolling deformation zone is affected by coupling factors such as
the metal transverse flow velocity, rolling pressure distribution, and strip shear deformation …