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Flow control with plasma synthetic jet actuators
Journal of Physics D: Applied Physics, 2007This paper presents an experimental investigation of the characteristics of a plasma actuator design for flow control consisting of an annular electrode in quiescent and flat plate boundary layer flows. In quiescent flow, the circular plasma region produced on actuation was observed to generate a vertical zero-net mass flux (or synthetic) jet, hence ...
Arvind Santhanakrishnan, Jamey D Jacob
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Experimental Characterization of the Plasma Synthetic Jet Actuator
Plasma Science and Technology, 2013The plasma synthetic jet is a novel active flow control method because of advantages such as fast response, high frequency and non-moving parts, and it has received more attention recently, especially regarding its application to high-speed flow control.
Di Jin +6 more
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Semiconductor enhanced plasma synthetic jet actuator
Journal of Physics D: Applied Physics, 2020Abstract Designing a plasma synthetic jet actuator (PSJA) with high efficiency and low driving voltage is a permanent and unchangeable pursuit for researchers. Based on the surface flashover phenomenon of semiconductors, a novel semiconductor enhanced PSJA (SEPSJA) is put forward.
Huifeng Miao +4 more
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The effect of actuation frequency on the plasma synthetic jet
Science China Technological Sciences, 2011zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Zhang, PanFeng +3 more
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Formation and Scaling of Plasma Synthetic Jet Actuators
45th AIAA Aerospace Sciences Meeting and Exhibit, 2007The plasma synthetic jet actuator is a plasma actuator consisting of an annular electrode array separated by dielectric material, with a larger electrode that is exposed to the atmosphere and a smaller electrode embedded on a surface. Under input of high voltage, high frequency AC or pulsed DC, a region of plasma is formed starting from the toroidal ...
Arvind Santhanakrishnan, Jamey Jacob
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Experiment and numerical study on plasma synthetic jet
2011 International Conference on Electrical and Control Engineering, 2011As a new type of active control technology, plasma synthetic jet (PSJ) is designed to object the poor robustness of traditional synthetic jet technology. It can produce high velocity jet by electrical power. This paper presents the experiment and numerical study of PSJ actuator. The experiment study characterizes the electricity transformation when the
Pengchong Liu, Jun Li, Min Jia
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Numerical and Experimental Frequency Response of Plasma Synthetic Jet Actuators
55th AIAA Aerospace Sciences Meeting, 2017Plasma synthetic jet (PSJ), or Sparkjet, actuators seem to be a promising technology to improve the aircraft performances due to their short response time, high jet velocities and absence of moving parts. This paper aims at presenting a combined numerical and experimental investigation, to obtain information about the frequency response of the device ...
Chiatto M., de Luca L.
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Plasma kernel model and energy transformation characteristic of plasma synthetic jet actuator
Physics of Fluids, 2022This article conducted a theoretical, experimental, and numerical investigation to clarify the plasma kernel model and energy transformation characteristics of the plasma synthetic jet actuator (PSJA). Plasma kernel and blast wave theory were used to describe the formation and evolution of the arc-discharge energy deposition process and build a plasma ...
Xiuxiu Chen, Zhengzhong Sun
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Experimental characterization of plasma synthetic jet actuators
2017Among the various active flow control techniques, Plasma Synthetic Jet (PSJ) actuators ...
CHIATTO, MATTEO +2 more
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Flow Characteristics of Synthetic Jet Induced by Plasma Actuator
AIAA Journal, 2011The flowfield induced by a plasma synthetic jet actuator was investigated by solving Reynolds-averaged Navier- Stokes equations, augmented with a phenomenological model representing the plasma-induced body force imparted by a plasma actuator on the fluid. Flow characteristics of an unsteady plasma synthetic jet in quiescent air were presented.
A. B. Liu +4 more
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