The purpose of the present article is to dispense an extensive review of research works
performed to observe the impacts of nanoparticles tribologically and rationalise the use of …

Prediction of texture changes during cold rolling is important because they affect the
recrystallization and anisotropy of an aluminum sheet during successive forming steps …

In this work, the authors use a full 3D rigid plastic finite element method (FEM) to simulate
the thin strip rolling taking into account the modelling of friction variation in the roll bite. A …

Anisotropic mechanical properties in sheet material are of high importance, in particular for
material to be used in stam** or deep drawing applications. The cold rolling process has a …

In this paper, the cold rolling experiments of ultra thin steel strip were carried out on an
experimental rolling mill. The cold rolling of ultra thin strip with roll edge kiss was analysed …

Friction variation along the rolling contact interface was measured by a 'sensor
roll'embedded with sensors on an experimental rolling mill. The measured results show that …

Using 3-D elastic-plastic FEM, the cold strip rolling process in a 4-high mill was simulated.
The elastic deformation of rolls, the plastic deformation of the strip, and the pressure …

The increasing demand for thinner and harder steel strips requires the introduction of
flexible lubrication systems that continuously adapt the lubrication conditions in existing …

In this paper, a three-dimensional rigid-plastic finite element method (FEM) model to
simulate the cold rolling of thin strip with different friction models is described. The effects of …

Friction is the reason for the process of rolling to actually take place, and it plays an
important role in determining the rolling mechanics and deformation distributions of the strip …