In the feedback control design of multivariable systems, closed loop performance evaluations must include the dynamic behavior of variables unavailable to the feedback controller. For the multivariable Nyquist array method, a set of sensitivity functions are proposed to simplify the adjustment of compensator parameters when the dynamic response of the unmeasurable output variables is unacceptable. A sensitivity study to improve thrust and turbine temperature responses for the Pratt-Whitney F100 turbofan engine demonstrates the utility of the proposed method.
A sensitivity analysis for the F100 turbofan engine using the multivariable Nyquist array
Modeling and simulation. Volume 9 - Ninth Annual Pittsburgh Conference ; 1978 ; Pittsburgh, PA
1978-01-01
Miscellaneous
No indication
English
Multivariable control design principless with application to the F100 turbofan engine
Tema Archive | 1976
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