Speaker
Mehdi Eslamian Koupaie
(Atieh Partak Pipe Industry, Islamic Azad University (Isfahan Branch))
Description
This paper presents the design and implementation of a fuzzy logic controller for regulating inter-stand tension in a tandem mill. The developed fuzzy controller utilizes input variables such as tension error, rolling force, exit speed, and speed correction, and applies a rule base derived from operator experience to adjust the gap position and speed references. The controller operates in three distinct modes: normal run, low speed, and sheet mode, employing Mamdani-style inference and the centroid method for defuzzification. Simulation implementation results demonstrate that the fuzzy controller offers greater flexibility and robustness compared to classical PID controllers, effectively handling complex, multi-variable process conditions.
| Speaker Company/University | Atieh Partak Pipe Industries |
|---|---|
| Speaker Country | Iran |
Primary author
Mehdi Eslamian Koupaie
(Atieh Partak Pipe Industry, Islamic Azad University (Isfahan Branch))
Co-authors
Mr
Alireza Mohammadi Fesharki
(Atieh Partak Pipe Industries)
Mr
Deng Zhengwei
(Best Power Intercontrol)