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• W2324551497 abstract "The surface plasma actuators over the entire speed region have been intensely investigated for flow control. Most of the fundamental phenomena have been firmly identified by experimental observations but some ambiguities still remained. The direct computational simulation is presently beyond our reach, thus the essential physics may be better understood on the framework of physics-based modeling. To achieve this objective, the drift-diffusion approximation is adopted as a transport property approximation to the nonequilibrium air plasma. The most challenging issue of electron impact ionization process at the low-temperature environment is addressed by the Townsend mechanism together with electron attachment, detachment, bulk, and ion-ion recombination. The effects and quantifications of Joule heating, periodic electrostatic force, as well as, the Lorentz acceleration for flow control are examined. The clarification to the hot spot of heat transfer in direct current discharge and the orientations of the periodic force associated with an AC cycle of dielectric barrier discharge are also included." @default.
• W2324551497 created "2016-06-24" @default.
• W2324551497 creator A5023893670 @default.
• W2324551497 creator A5079719314 @default.
• W2324551497 date "2014-01-10" @default.
• W2324551497 modified "2023-10-12" @default.
• W2324551497 title "Modeling surface plasma actuator for flow control" @default.
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• W2324551497 doi "https://doi.org/10.2514/6.2014-0324" @default.
• W2324551497 hasPublicationYear "2014" @default.
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