Analysis of dynamic behaviors of tandem cold mills using generalized dynamic and control equations

Author

Guo, Remn-Min

Author_Institution

AK Res. & Technol., Middletown, OH, USA

Volume

36

Issue

3

fYear

2000

Firstpage

842

Lastpage

853

Abstract

A generalized equation set is proposed to investigate dynamic behaviors of tandem cold mills. The system is composed of the intrastands and the interstands equations and the boundary conditions of the first and the last mill stands. The solution provides detailed dynamic effects of disturbance variables such as anneal and entry gauges, hardness, and roll eccentricity. The transportation delay is considered as well. The mill dynamic equations and the control equations can be combined to form a linear system. The mill performance and the actuator response can be solved directly from the linear system

Keywords

actuators; cold rolling; rolling mills; thickness control; actuator response; anneal; boundary conditions; cold rolling; control equations; disturbance variables; dynamic behavior; entry gauges; gauge control; generalized control equations; generalized dynamic equations; hardness; interstands equations; intrastands equations; linear system; mill dynamic equations; mill performance; mill stands; roll eccentricity; sensitivity function; speed control; tandem cold mills; transportation delay; Annealing; Delay effects; Equations; Industry Applications Society; Linear systems; Milling machines; Regulators; Strips; Transfer functions; Transportation;

fLanguage

English

Journal_Title

Industry Applications, IEEE Transactions on

Publisher

ieee

ISSN

0093-9994

Type

jour

DOI

10.1109/28.845060

Filename

845060