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I think this is a 'prank', perpetrated by someone with a greatest sense of humor...
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The 'prank' extends to Wikipedia. en.wikipedia.org/wiki/Plasma_actuator
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Contents hide
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Introduction
Power supply and electrode layouts
Influence of temperature
Influence of Rain
Flow control applications
Toggle Flow control applications subsection
Vortex generator
Active noise control
Supersonic and hypersonic flow control
Flight control
Heat transfer
Forced cooling
Film cooling
Modeling
See also
References
Modeling
Various numerical models have been proposed to simulate plasma actuations in flow control. They are listed below according to the computational cost, from the most expensive to the cheapest.
Monte carlo method plus particle-in-cell;- Electricity modeling coupled with Navier-Stokes equations;[39]
- Lumped element model coupled with Navier-Stokes equations[40]
- Surrogate model to simulate plasma actuation.[41][20][42]
The most important potential of plasma actuators is its ability to bridge fluids and electricity. A modern closed-loop control system and the following information theoretical methods can be applied to the relatively classical aerodynamic sciences. A control-oriented model for plasma actuation in flow control has been proposed for a cavity flow control case.[43]
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