Abstract The aeroelastic behaviour of the wing of a short take-off and landing aircraft using the Coandă effect depends on its properties and shape. An existing reduced-order model is parameterised for detailed investigations. On the one hand, varying mass due to tank level and varying overall stiffness is implemented in the reduced-order model. The influence of the mass change on the aeroelastic behaviour is reflected in the stability maps. On the other hand, two-dimensional steady and unsteady aerodynamics of different nose shapes are investigated with detailed computational fluid simulations and included in the reduced-order model. The dependence on the profile shape and the frequency is described. Their influence on the aeroelastic behaviour is reflected by the stability maps as well.
Aeroelastic behaviour of a parameterised circulation-controlled wing
CEAS Aeronautical Journal ; 10 , 3
2019
Aufsatz (Zeitschrift)
Englisch
Aeroelastic behaviour of a parameterised circulation-controlled wing
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