Different manufacturing processes can be utilized to fabricate light-weight high-strength
materials for their applications in a wide spectrum of industries such as aerospace …

With the rise and vigorous development of artificial intelligence (AI) and data mining
methodologies, machine learning (ML) has been successfully and widely used in industrial …

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 …

Flatness deviations in the tandem cold-rolling process of steel strips have a direct impact on
product quality and shape, leading to strip breakage, reduced working speed, and …

In order to solve strip edge drop and crown problem for accurate “dead flat” transverse
thickness profile of electrical steel sheet in 4-high tandem cold rolling mills, the 3D finite …

Geometric dissimilarity between the thickness profile of the entry strip and the deformed roll
gap is the main cause of flatness defects. However, the combination of the crown ratio and …

In the tandem cold rolling (TCR) process, the work hardening effect has a direct influence on
the rolling force, which affects the strip shape, including the strip crown and flatness …

A multi-objective optimization model of rolling schedule based on NSGA-II algorithm was
presented, and three objective functions are defined as motor power balance, good flatness …

During hot strip rolling, the lateral metal flow can change the longitudinal residual stress to
reduce the risk of buckling deformation of the strip. The mechanism of lateral metal flow on …

The strip shape inheritance model is widely applied to improve the strip shape quality in
tandem cold rolling (TCR). However, the inheritance mechanism is still currently unclear. To …