The effect of roll deformation on separating forces. in c~ld strip. rolling is stud~ed. The deformed roll shape is determined by a two dtmenstonal fin~te elemen! roultne. The results are then incorporated in an analysis of the mechamcs of ro~hng. The technique consists of assembling individual slabs bo~nded by planes p_asstng through nodnl points on the arc of contact- for each of whtch an exact solutwn for the roll pressure is obtained. Comparison to the solution of _Oro wan's equations sh~ws. that the present technique is reasonably accurate. Compartson to ~ala f':om. a prelumnary set of experiments shows that the technique deserves further tnvesttgatwn
To investigate roll bite behaviors in cold foil rolling process, a 2D elasto-plastic finite model is...
An influence function method has been developed to simulate the asymmetric cold rolling of thin stri...
In this paper a numerical solution of strip rolling based on finite element method is presented. The...
A theory of cold rolling of thin gauge strip is presented which, within the idealizations of homogen...
A conventional 4-Hi cold rolling mill configuration was modelled and a computer program was develope...
Introduction The technique traditionally followed when calculation of roll pressures in the roll gap...
A new analysis for cold rolling of thin strip and foil is developed. This model follows the approach...
Cold rolled thin strip has a wide application in electronic and instrument industries, and its produ...
Conventional and Steckel rolling processes are analyzed experimentally and numerically. Plane-strain...
The determination of the pressure distribution generated along the arc of contact between the rolls ...
Abstract: A finite element analysis was developed to determine thermomechanical behaviours of strip ...
International audienceThe paper presents a predictive model of the flatness defects, which appear du...
Strip shape is an important factor affecting the strip quality significantly during cold rolling of ...
A precise prediction of the rolling force is critical to ensure the quality of the final product, es...
In the tandem cold rolling (TCR) process, the work hardening effect has a direct influence on the ro...
To investigate roll bite behaviors in cold foil rolling process, a 2D elasto-plastic finite model is...
An influence function method has been developed to simulate the asymmetric cold rolling of thin stri...
In this paper a numerical solution of strip rolling based on finite element method is presented. The...
A theory of cold rolling of thin gauge strip is presented which, within the idealizations of homogen...
A conventional 4-Hi cold rolling mill configuration was modelled and a computer program was develope...
Introduction The technique traditionally followed when calculation of roll pressures in the roll gap...
A new analysis for cold rolling of thin strip and foil is developed. This model follows the approach...
Cold rolled thin strip has a wide application in electronic and instrument industries, and its produ...
Conventional and Steckel rolling processes are analyzed experimentally and numerically. Plane-strain...
The determination of the pressure distribution generated along the arc of contact between the rolls ...
Abstract: A finite element analysis was developed to determine thermomechanical behaviours of strip ...
International audienceThe paper presents a predictive model of the flatness defects, which appear du...
Strip shape is an important factor affecting the strip quality significantly during cold rolling of ...
A precise prediction of the rolling force is critical to ensure the quality of the final product, es...
In the tandem cold rolling (TCR) process, the work hardening effect has a direct influence on the ro...
To investigate roll bite behaviors in cold foil rolling process, a 2D elasto-plastic finite model is...
An influence function method has been developed to simulate the asymmetric cold rolling of thin stri...
In this paper a numerical solution of strip rolling based on finite element method is presented. The...