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A method for separating shock wave motion and turbulence in LDV measurements
C. W. Palko,
J. C. Duttont
Aerospace Engineering
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Dive into the research topics of 'A method for separating shock wave motion and turbulence in LDV measurements'. Together they form a unique fingerprint.
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Keyphrases
Shock Waves
100%
Wave Turbulence
100%
Shock Location
100%
Shock Motion
100%
Wave Motion
100%
Laser Doppler Velocimetry
100%
Turbulence
75%
Shock
50%
Turbulent Stress
50%
Two-component
25%
Velocity Information
25%
Scale Change
25%
Overall Trends
25%
Oblique Shock
25%
Experimental Scatter
25%
Overall Effect
25%
Shear Layer
25%
Mean Velocity
25%
Wall Pressure Measurements
25%
Stress Profile
25%
Turbulent Fluctuation
25%
Thick Plate
25%
Free Shear Layers
25%
Motion Direction
25%
Turbulence Measurements
25%
Position Change
25%
Engineering
Wave Motion
100%
Turbulent Stress
100%
Significant Change
50%
Oblique Shock
50%
Greater Effect
50%
Shear Layer
50%
Wall-Pressure
50%
Free Shear Layer
50%
Thick Plate
50%
Physics
Shock Wave
100%
Shear Layer
66%
Pressure Measurement
33%
Supersonics
33%
Wall Pressure
33%
Oblique Shock Wave
33%