Flapping at higher Strouhal numbers amplifies pitch stiffness in a robotic bird primarily by raising mean effective wind speed, with experimental data matching a quasi-steady blade-element model.
Design and performance of an ultra-compact, low-speed, low turbulence level, wind tunnel for aerodynamic and animal flight experiments
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Flapping Wings Amplify Pitch Stability: Insights from a Robotic Bird
Flapping at higher Strouhal numbers amplifies pitch stiffness in a robotic bird primarily by raising mean effective wind speed, with experimental data matching a quasi-steady blade-element model.