Database on flow control using a DBD plasma actuator

This website provides the database on the flow control results, which are given by Fujii Laboratory of ISAS/JAXA in Japan. In this research, the flow control is conducted using a DBD plasma actuator.

You can search the numerical and experimental results by the operating conditions of a plasma actuator or aerodynamics performance or keyword. The searched results are shown as a list and you can download these results.

Link: Innovative means of improving efficiency and reducing noise by fluid control in transport and fluid devices

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	ID	Method	Reynolds number	Mach number	Airfoil shape	Angle of attack	Strouhal number (Pitching)	Amplitude (Pitching)	Location of plasma actuator	D_c (CFD)	Voltage (EXP)	Input momentum (C_µ)	Burst frequency (F⁺)	Base frequency (F_base)	Burst ratio	Actuator thickness (EXP)	Driving time (EXP)	Average start	Average end	Scheme	Filtering	Filtering coefficient	Subgrid model	Time integration method	Sub iteration	Time increment	Span region	Chord length of airfoil	Freestream velocity	Atmosphere pressure (EXP)	Atmosphere density (EXP)	Atmosphere temperature (EXP)	Humidity (EXP)	Number of grid point	Lift coefficient (C_L)	Drug coefficient (C_D)	Pitching moment (C_MP)	Pressure coefficient@0%	Pressure coefficient@5%	Pressure coefficient@100%	Cp profile	Cf profile	Chordwise velocity distribution	TKE distribution	Download search result
		Method	Flow setting + Airfoil shape			Angle of attack			Plasma actuator settings									Average duration		Computational Approach								Flow information (Supposed)						Grid	Results

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Method

Method
Flow setting + Airfoil shape

Reynolds number

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Mach number

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Airfoil shape
Angle of attack

Angle of attack

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Strouhal number (Pitching)

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Amplitude (Pitching)

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Plasma actuator settings

Location of plasma actuator

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D_c（CFD）

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Voltage (EXP)

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Input momentum (C_µ)

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Burst frequency (F⁺)

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Base frequency (F_base)

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Burst ratio

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Actuator thickness (EXP)

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Driving time (EXP)

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Average duration

Average start

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Average end

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Computational Approach

Scheme

Filtering

Filtering coefficient

Subgrid model

Time integration method

Sub iteration

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Time increment

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Span region

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Flow information (Supposed)

Chord length of airfoil

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Freestream velocity

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Atmosphere pressure (EXP)

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Atmosphere density (EXP)

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Atmosphere temperature (EXP)

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Humidity (EXP)

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Grid

Number of grid point

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Results

Lift coefficient (C_L)

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Drug coefficient (C_D)

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Pitching moment (C_MP)

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Pressure coefficient@0%

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Pressure coefficient@5%

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Pressure coefficient@100%

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Other parameter

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