The problem of cold rolling of a composite sheet which consists of alternate layers of viscoelastic and elastic materials is studied by the finite element method. Results computed and presented graphically include the pressure distribution at the contact surface, the normal stress distribution at the middle surface and the asymmetric deformation of the surface of the sheet in contact with the roller. Copyright © 1978 John Wiley & Sons, Lt
This work presents the modeling by the finite element method of the first cold rolling pass of a fou...
Friction is the reason for the process of rolling to actually take place, and it plays an important ...
Plastic strain control of aluminum alloys are of importance for improvement of sheet microstructure ...
Finite plane strain deformations of a polymeric sheet being rolled steadily between two identical ro...
Research of influence of a tension on power parameters of thin-sheet cold rolling of composite mater...
A model has been developed with respect to hydrodynamic lubrication in cold rolling. The basic model...
An analytical model for the cold rolling of sandwich sheets is proposed, assuming a rigid-plastic fl...
A model has been developed with respect to h~rod~ami ~ lubrication in cold roiIing. The basic model ...
AbstractAn analytical model for the cold rolling of sandwich sheets is proposed, assuming a rigid-pl...
Since the main purpose of asymmetrical rolling is to impose high shear strains on the sheet, in orde...
Abstract: A finite element analysis was developed to determine thermomechanical behaviours of strip ...
In this paper a numerical solution of strip rolling based on finite element method is presented. The...
The effect of roll deformation on separating forces. in c~ld strip. rolling is stud~ed. The deformed...
3D finite element analysis is employed to simulate a cold roll-forming process. Numerical results of...
A model has been developed for simulating hydrodynamic lubrication in cold rolling. Both Roelands’ a...
This work presents the modeling by the finite element method of the first cold rolling pass of a fou...
Friction is the reason for the process of rolling to actually take place, and it plays an important ...
Plastic strain control of aluminum alloys are of importance for improvement of sheet microstructure ...
Finite plane strain deformations of a polymeric sheet being rolled steadily between two identical ro...
Research of influence of a tension on power parameters of thin-sheet cold rolling of composite mater...
A model has been developed with respect to hydrodynamic lubrication in cold rolling. The basic model...
An analytical model for the cold rolling of sandwich sheets is proposed, assuming a rigid-plastic fl...
A model has been developed with respect to h~rod~ami ~ lubrication in cold roiIing. The basic model ...
AbstractAn analytical model for the cold rolling of sandwich sheets is proposed, assuming a rigid-pl...
Since the main purpose of asymmetrical rolling is to impose high shear strains on the sheet, in orde...
Abstract: A finite element analysis was developed to determine thermomechanical behaviours of strip ...
In this paper a numerical solution of strip rolling based on finite element method is presented. The...
The effect of roll deformation on separating forces. in c~ld strip. rolling is stud~ed. The deformed...
3D finite element analysis is employed to simulate a cold roll-forming process. Numerical results of...
A model has been developed for simulating hydrodynamic lubrication in cold rolling. Both Roelands’ a...
This work presents the modeling by the finite element method of the first cold rolling pass of a fou...
Friction is the reason for the process of rolling to actually take place, and it plays an important ...
Plastic strain control of aluminum alloys are of importance for improvement of sheet microstructure ...