69cf3305_bstracts___IEEE_GreenTech_2013__Category____Sub_Category
[Paper Title, Abstract] Adaptive flow control of wind turbine blade using Microtabs with unsteady aerodynamic loads Show AbstractHide Abstract A study of vibration suppression of a rotating wind turbine blade with unsteady aerodynamic loads and trailing-edge Microtabs was made. The focus is on the aeroelastic dynamics of the spinning blade with dynamic loads, the closed-loop experiments by Adaptive Control with small-size, energy-efficient, fast-response actuation, Microtabs, and stability demonstration. The experiment results reveals good performance of Adaptive Controller and confirms the usefulness of Microtabs as a effective tool for active flow control for a wind turbine blade. The stability of the designed controller is also proved by Adaptive Stability Theorem, which is also demonstrated according to each wind velocity case. [Schedule] TTM-GTH1 [Category :: Sub-Category] 
Wind Power
Abstracts « IEEE GreenTech 2013
Category :: Sub-Category