Experiments show low-duty-cycle synthetic jet bursts reattach stalled airfoil flow efficiently but yield less stable boundary layer control than higher duty cycles.
Manipulation of vortex rings for flow control
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Smoke wire visualizations show synthetic jet control is effective at midspan but weakens spanwise, inducing flow contraction towards the center, with high-frequency actuation creating small-scale structures.
citing papers explorer
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Role of Duty Cycle in Burst-Modulated Synthetic Jet Flow Control
Experiments show low-duty-cycle synthetic jet bursts reattach stalled airfoil flow efficiently but yield less stable boundary layer control than higher duty cycles.
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Visualizing Three-Dimensional Effects of Synthetic Jet Flow Control
Smoke wire visualizations show synthetic jet control is effective at midspan but weakens spanwise, inducing flow contraction towards the center, with high-frequency actuation creating small-scale structures.