An analytical and computer assisted bifurcation analysis is applied to a proportional-integral (PI) controlled continuously stirred chemical reactor (CSTR) with an exothermic kth order reaction. Special attention is paid to the detection of high cohesion bifurcations, like the Hopf bifurcation degeneracies. The CTSR's order of reaction and control gain parameters is also studied using this approach
Tablino Possio, C., Pellegrini, L. (1997). kth Order reaction: Application of high codimension bifurcation theory. In F.L. Chernousko, A.L. Fradkov (a cura di), International Conference on Control of Oscillations and Chaos, Proceedings (pp. 508-511). Piscataway, NJ, United States : IEEE [10.1109/COC.1997.626656].
kth Order reaction: Application of high codimension bifurcation theory
Tablino Possio, C;
1997
Abstract
An analytical and computer assisted bifurcation analysis is applied to a proportional-integral (PI) controlled continuously stirred chemical reactor (CSTR) with an exothermic kth order reaction. Special attention is paid to the detection of high cohesion bifurcations, like the Hopf bifurcation degeneracies. The CTSR's order of reaction and control gain parameters is also studied using this approach
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