Predictive models are required to provide the bending set point for bending for the flatness control devices at rolling stands of finishing mill of Hot Strip Mill (HSM). A simple model for roll stack deflection at the finishing mill has been illustrated where a modified Misaka’s equation has been used to obtain mean flow-stress. Investigation has been performed to understand the effect of width of roll on roll stack deflection. The bending on the deflection has been found to have a positive effect to reduce the amount of the stack deflection. The results from the sensitivity analysis of the roll width on roll deflection are also described
Reducing wedge without generating camber is still a big challenge for today’s process automation sys...
An enhanced iterative concept for the effective numerical simulation of flat hot rolling processes i...
Part I of this paper deals with the simulation of a hot strip mill from the roughing mill exit to th...
The purpose of this study is to predict the front-end curvature in hot strip finishing mills and to ...
DoctorA sound model for the prediction of the deformed roll profile during flat rolling is vital for...
International audienceThis paper describes the application of a steady state elastic-viscoplastic fi...
The difference of elastic springs between the operating side (OS) and driving side (DS) of rolling m...
This work presents improved technology for attaining high-quality rolled metal strip. The new techno...
DoctorA prerequisite for automatic process set-up and control in a hot strip mill, in a cold rolling...
DoctorThis paper presents a new on-line model for the prediction of the roll force profile across th...
Shape control involves regulation of the internal stress in rolled Strip so that when it is cutinto ...
MasterThe prediction for the width spread of slabs and strips after rolling is significant and essen...
International audienceRoll deformation is an extremely important problem in strip rolling, all the m...
The research on metal transverse flow under variable specification is of great significance for shap...
Roll bending is a common technique to regulate the strip shape in tandem cold rolling (TCR), but its...
Reducing wedge without generating camber is still a big challenge for today’s process automation sys...
An enhanced iterative concept for the effective numerical simulation of flat hot rolling processes i...
Part I of this paper deals with the simulation of a hot strip mill from the roughing mill exit to th...
The purpose of this study is to predict the front-end curvature in hot strip finishing mills and to ...
DoctorA sound model for the prediction of the deformed roll profile during flat rolling is vital for...
International audienceThis paper describes the application of a steady state elastic-viscoplastic fi...
The difference of elastic springs between the operating side (OS) and driving side (DS) of rolling m...
This work presents improved technology for attaining high-quality rolled metal strip. The new techno...
DoctorA prerequisite for automatic process set-up and control in a hot strip mill, in a cold rolling...
DoctorThis paper presents a new on-line model for the prediction of the roll force profile across th...
Shape control involves regulation of the internal stress in rolled Strip so that when it is cutinto ...
MasterThe prediction for the width spread of slabs and strips after rolling is significant and essen...
International audienceRoll deformation is an extremely important problem in strip rolling, all the m...
The research on metal transverse flow under variable specification is of great significance for shap...
Roll bending is a common technique to regulate the strip shape in tandem cold rolling (TCR), but its...
Reducing wedge without generating camber is still a big challenge for today’s process automation sys...
An enhanced iterative concept for the effective numerical simulation of flat hot rolling processes i...
Part I of this paper deals with the simulation of a hot strip mill from the roughing mill exit to th...