Elastic wing deformations mitigate flapping asymmetry during manoeuvres in rose chafers (Protaetia cuprea)

Keyphrases

• Active Control 33%
• Aerial 33%
• Aerodynamic Force 33%
• Angle of Attack 66%
• Biomechanical Model 33%
• Chafer Beetle 33%
• Deformation Asymmetry 33%
• Elastic Deformation 66%
• Elastic Wing 100%
• Flap 100%
• Flapping Flight 33%
• Flapping Kinematics 33%
• Flapping Motion 33%
• Flight Performance 33%
• Flight Stability 33%
• Flower Chafers 33%
• Flying Animals 33%
• Flying Insects 33%
• Free Flight 33%
• Free-flying 33%
• High-speed Videography 33%
• Inertial Force 33%
• Insect Wings 33%
• Kinematic Performance 33%
• Landing Maneuver 33%
• Low Speed 33%
• Maneuverability 33%
• Musculature 33%
• Protaetia 100%
• Rose Chafers 100%
• Vertebrates 33%
• Wing Deformation 100%
• Wing Rotation 33%
• Wing Shape 33%

Engineering

• Active Control 50%
• Aerodynamic Force 50%
• Angle-of-Attack 100%
• Biomechanical Model 50%
• Elastic Deformation 100%
• Inertial Force 50%
• Maneuverability 50%
• Manoeuvring Flight 50%