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THE FLOW CONTROL IN PIPELINE SYSTEM
引用本文:Xu Zu-xin(National Laboratory of Pollution Control and Resource Reuse,Tangji University Shanghai200092,P. R. China)R. Guercio(Department of Hydraulics,Transportaion and Highway,University of Rome,Rome00184,Italy). THE FLOW CONTROL IN PIPELINE SYSTEM[J]. 水动力学研究与进展(B辑), 1996, 0(4)
作者姓名:Xu Zu-xin(National Laboratory of Pollution Control and Resource Reuse  Tangji University Shanghai200092  P. R. China)R. Guercio(Department of Hydraulics  Transportaion and Highway  University of Rome  Rome00184  Italy)
作者单位:Xu Zu-xin(National Laboratory of Pollution Control and Resource Reuse,Tangji University Shanghai200092,P. R. China)R. Guercio(Department of Hydraulics,Transportaion and Highway,University of Rome,Rome00184,Italy)
摘    要:THEFLOWCONTROLINPIPELINESYSTEMXuZu-xin(NationalLaboratoryofPollutionControlandResourceReuse,TangjiUniversityShanghai200092,P....


THE FLOW CONTROL IN PIPELINE SYSTEM
Xu Zu-xin. THE FLOW CONTROL IN PIPELINE SYSTEM[J]. Journal of Hydrodynamics, 1996, 0(4)
Authors:Xu Zu-xin
Abstract:An automatic control technique for the flow regulation in pipeline systems is developed in the paper. The improvement for the previous work is the use of an optimal observer that reduces greatly the time of changing now states and the adaptability for the regulation of frictioness now. By first order Taylor-expanding the frictioness flow equations of motion and continuity at equilibrium states, a set of linear equations are obtained then, the linear quadratic design technique in automatic control theory is used to control the now states. In order to avoid measuring all states, an optimal state estimator is constructed. A pipeline system is taken as example. The regulation results are satisfactory. If the changes of discharges are within 20%, the method developed in this paper is effective for valve-motion synthesis in real pipeline systems.
Keywords:automatic control  flow regulation   observer  linear guadratic theory  pipeline system
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