The metal-forming industry is increasing its array of products every year. A connection
between scientific research and practical examples from industry keeps improving the rolling …

Several studies on asymmetric rolling processes use the Finite Element Method (FEM) to
predict material deformation and optimize process parameters, such as rolls' forces and …

Aluminium alloy sheets were asymmetrically rolled and annealed. Asymmetric rolling was
applied by imposing different velocity ratios between the top and bottom rolls, from 1 to 1.5 …

This paper presents some textures obtained on one Al alloy after symmetrical and
asymmetrical rolling performed at two different temperatures, and followed by annealing. It is …

Asymmetrical cold rolling (ACR) was conducted on Ni 1.5 FeCrCu 0.5 high-entropy alloy
(HEA) with various velocity ratios (VRs) between the top and bottom rolls from one to eight …

Uniaxial hot deformation was carried out in a wide range of temperatures (1173 K to 1423 K)
and strain rates (0.001 to 10 s− 1) in a super austenitic stainless steel employing a Gleeble …

Texture modifications of polycrystalline copper, caused by asymmetric rolling, were studied
experimentally and theoretically analysed. Orientation distribution functions and its intensity …

The process of asymmetric rolling, as an alternative to the symmetric rolling, attracts
attention of many researchers and technologists. Asymmetric rolling can modify rolling …

In this work, the hot forging behavior of a dual phase stainless steel in the temperature range
of 850–1250° C was investigated. The study revealed the occurrence of a significant …

Asymmetric rolling is a forming process that has raised interest among researchers due to
the significant improvements it introduces to the mechanical response of metals. The main …