A single-engine, propeller-driven, general-aviation model was incorporated into the nonlinear simulation and into the linear analysis of root loci and frequency response. Full-scale wind tunnel data provided its aerodynamic model, and the thrust model included the airspeed dependent effects of power and propeller efficiency. Also, the parameters of the Jet Transport model were changed to correspond more closely to the Boeing 727. In order to study their effects on steady-state repsonse to vertical wind inputs, altitude and total specific energy (air-relative and inertial) feedback capabilities were added to the nonlinear and linear models. Multiloop system design goals were defined. Attempts were made to develop controllers which achieved these goals.
Development of control strategies for safe microburst penetration: A progress report
1987-03-01
Conference paper
No indication
English
Intensity and Time Considerations in Microburst Penetration
British Library Conference Proceedings | 2000
|Thrust laws for microburst wind shear penetration
AIAA | 1989
|Thrust laws for microburst wind shear penetration
AIAA | 1992
|