Cross-sectional shape control in the cold rolling of thin steel strips has been simulated using a fuzzy controller and emulator developed using fuzzy theory and neural networks, respectively, based on production data. Irregular cross-sectional shapes of cold-rolled thin steel strips were classified into six types. For each irregular strip shape, fuzzy control rules were developed and applied continuously until the strip shape converged to the desired flat shape. The simulation results demonstrated that the developed fuzzy controller worked properly.
References
-
-
1)
-
E.H. Mamdani
.
Applications of fuzzy algorithms for simple dynamic plant.
Proc. IEEE
,
12 ,
1585 -
1588
-
2)
-
Yamamoto, H., Baba, K., Kikuma, T.: `Dynamic simulation for the optimal automatic control system of stripshape in cold rolling', Advanced Technology of plasticity (Proc. of the 3rd ICTP), 1990, Kyoto, Japan, p. 797–802.
-
3)
-
A. Hasegawa ,
F. Taki
.
Development of fuzzy set theory-based shape control system for cold stripmill.
Nippon Steel Tech. Rep.
,
49 ,
59 -
62
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