Abstract
Robert E. Montividas,* Mukund Acharya,t and Metwally H. Metwally$ Illinois Institute of Technology, Chicago, Illinois 60616 -0.15 for both unsteady separation resulting from a flap rise and unsteady reattachment caused by a flap drop. When the threshold was crossed, a command signal activated the flowcontrol jet at the set frequency. The pressure signal was monitored continuously and the solenoid valve was either deactivated or reactivated, in the event that the threshold was crossed in either direction. The control strategy or goal in these experiments was to obtain a reduction in the reattachment length of the separated region formed behind the flap. Details of the experiment can be found in Ref. 1.
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