Experiments show low-duty-cycle synthetic jet bursts reattach stalled airfoil flow efficiently but yield less stable boundary layer control than higher duty cycles.
On the use of synthetic jet actuator arrays for active flow separation 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.