“Wings of the Future” The Project The Partners Contact us Documents
“Think of an airplane as a great body with its end structures (wings, horizontal tail surfaces, vertical tail surfaces) that could have the possibility to change their shape as they had internal nerve endings and muscles ...”
Aeroelastic deformations of the morphing wing for a steady roll maneuver ( M = 0.17, h = 0 m, q = 2.2 kPa, V/V* = 0.275, AoA = 4.3 deg )
Aeroelastic deformations of the morphing wing for a steady roll maneuver ( M = 0.17, h = 0 m, q = 2.2 kPa, V/V* = 0.275, AoA = 4.3 deg )
Aeroelastic deformations of the morphing wing at takeoff, for V/V* = 2 ( M = 0.2, h = 1000 m )
Aeroelastic deformations of the morphing wing at takeoff, for V/V* = 2 ( M = 0.2, h = 1000 m ) Aeroelastic deformations of the morphing aircraft at takeoff; enlarged view of the active wing trailing edge ( M = 0.2, h = 1000 m, V/V* = 2)
Aeroelastic deformations of the morphing aircraft at takeoff; enlarged view of the active wing trailing edge ( M = 0.2, h = 1000 m, V/V* = 2)
TOPIC 2 Aeroelastic analysis
Model of the aircraft with morphing wings: structural model and aerodynamic grid (page 3 of 3)
List of topics