Add to ORKGThis chapter describes some techniques for the advanced control of the tandem cold metal rolling process, and compares them to conventional control methods. The strengths and weaknesses of each of the advanced methods is addressed. In preparation for the discussion on advanced control, the need for advanced control of the process is presented and the linearization of the process model is addressed
An extremely difficult challenge is the control of the tandem rolling of hot metal sheet. This is a ...
The tandem hot metal strip rolling process presents a difficult control challenge because of its hig...
The tandem hot metal strip rolling process is a highly complex nonlinear system that presents a diff...
This chapter describes some techniques for the advanced control of the tandem cold metal rolling pro...
This chapter introduces the control of the tandem cold metal rolling process. The objectives of the ...
This chapter presents an overall view of conventional control concepts for the tandem cold metal rol...
The tandem rolling of hot metal sheet is a highly complex, nonlinear process that presents a difficu...
This chapter introduces the augmented state-dependent Riccati equation (SDRE) technique for the adva...
A highly complex nonlinear process that presents an extremely difficult control challenge is the tan...
This paper describes a modeling procedure for tandem cold metal rolling, including the linearization...
The tandem rolling of hot metal strip is a highly complex nonlinear process and as such presents an ...
The control of continuous tandem cold rolling of metal strip is similar to the control of stand-alon...
The control of continuous tandem cold rolling of metal strip is similar to the control of stand-alon...
The tandem hot metal strip rolling process is a highly complex nonlinear system that presents a diff...
The tandem hot metal strip rolling process is a highly complex nonlinear system that presents a diff...
An extremely difficult challenge is the control of the tandem rolling of hot metal sheet. This is a ...
The tandem hot metal strip rolling process presents a difficult control challenge because of its hig...
The tandem hot metal strip rolling process is a highly complex nonlinear system that presents a diff...
This chapter describes some techniques for the advanced control of the tandem cold metal rolling pro...
This chapter introduces the control of the tandem cold metal rolling process. The objectives of the ...
This chapter presents an overall view of conventional control concepts for the tandem cold metal rol...
The tandem rolling of hot metal sheet is a highly complex, nonlinear process that presents a difficu...
This chapter introduces the augmented state-dependent Riccati equation (SDRE) technique for the adva...
A highly complex nonlinear process that presents an extremely difficult control challenge is the tan...
This paper describes a modeling procedure for tandem cold metal rolling, including the linearization...
The tandem rolling of hot metal strip is a highly complex nonlinear process and as such presents an ...
The control of continuous tandem cold rolling of metal strip is similar to the control of stand-alon...
The control of continuous tandem cold rolling of metal strip is similar to the control of stand-alon...
The tandem hot metal strip rolling process is a highly complex nonlinear system that presents a diff...
The tandem hot metal strip rolling process is a highly complex nonlinear system that presents a diff...
An extremely difficult challenge is the control of the tandem rolling of hot metal sheet. This is a ...
The tandem hot metal strip rolling process presents a difficult control challenge because of its hig...
The tandem hot metal strip rolling process is a highly complex nonlinear system that presents a diff...