Shape control involves regulation of the internal stress in rolled Strip so that when it is cutinto sections it will lie flat on a flat surface. This, paper presents two approaches to shape control in metal rolling applications and develops methods of assessing the quality of shape, or flatness control, so that it may be improved. Two particular cases of shape control in hot strip mills are considered and are compared against a newly defined benchmark. Finally, simulation results are presented to illustrate the techniques
This paper deals with the problem of shape (or flatness) control for Sendzimir 20-roll cold-rolling...
based control. A multi-stand rolling mill is a highly complex coupled non-linear system. If the oper...
In this paper is shown a new way for predicting the precision of laminated strip in a cold rolling m...
A method of modelling and controlling profile and flatness in hot strip tandem rolling mills is desc...
A method of modelling and controlling profile and flatness in hot strip tandem rolling mills is desc...
A method of modelling and controlling profile and flatness in hot strip tandem rolling mills is desc...
A method of modelling and controlling profile and flatness in hot strip tandem rolling mills is desc...
Shape (or flatness) control for rolled steel strip is becoming increasingly important as customer re...
Predictive models are required to provide the bending set point for bending for the flatness control...
The design of shape control systems for producing flat metal strip products is discussed. Static an...
The purpose of this study is to predict the front-end curvature in hot strip finishing mills and to ...
The rolling parameters and their influences on thin metal strip rolling are addressed in this thesis...
This paper deals with the problem of shape (or flatness) control for Sendzimir 20-roll cold-rolling...
This paper deals with the problem of shape (or flatness) control for Sendzimir 20-roll cold-rolling...
The automatic flatness control system applied to cold multi-roll mills for the production of metal s...
This paper deals with the problem of shape (or flatness) control for Sendzimir 20-roll cold-rolling...
based control. A multi-stand rolling mill is a highly complex coupled non-linear system. If the oper...
In this paper is shown a new way for predicting the precision of laminated strip in a cold rolling m...
A method of modelling and controlling profile and flatness in hot strip tandem rolling mills is desc...
A method of modelling and controlling profile and flatness in hot strip tandem rolling mills is desc...
A method of modelling and controlling profile and flatness in hot strip tandem rolling mills is desc...
A method of modelling and controlling profile and flatness in hot strip tandem rolling mills is desc...
Shape (or flatness) control for rolled steel strip is becoming increasingly important as customer re...
Predictive models are required to provide the bending set point for bending for the flatness control...
The design of shape control systems for producing flat metal strip products is discussed. Static an...
The purpose of this study is to predict the front-end curvature in hot strip finishing mills and to ...
The rolling parameters and their influences on thin metal strip rolling are addressed in this thesis...
This paper deals with the problem of shape (or flatness) control for Sendzimir 20-roll cold-rolling...
This paper deals with the problem of shape (or flatness) control for Sendzimir 20-roll cold-rolling...
The automatic flatness control system applied to cold multi-roll mills for the production of metal s...
This paper deals with the problem of shape (or flatness) control for Sendzimir 20-roll cold-rolling...
based control. A multi-stand rolling mill is a highly complex coupled non-linear system. If the oper...
In this paper is shown a new way for predicting the precision of laminated strip in a cold rolling m...