2023
DOI: 10.37934/cfdl.16.1.150170
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LES Investigation of a Piston-driven Synthetic Jet Actuator with Multiple Orifices

Tung Pham Duy,
Tomoaki Watanabe,
Koji Nagata

Abstract: A piston-driven synthetic jet actuator has the potential for application in flow control and fundamental studies of turbulence, although the high-speed flow generated by this actuator is less investigated than a low-speed synthetic jet. The interaction of high-speed jets issued from a piston-driven synthetic jet actuator with multiple orifices is investigated with large eddy simulation (LES). The maximum jet Mach number is related to the maximum pressure inside the actuator regardless of the number of orifices… Show more

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