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Evolution and convection of large-scale structures in supersonic reattaching shear flows
K. M. Smith,
J. C. Dutton
Aerospace Engineering
Mechanical Science and Engineering
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Physics & Astronomy
shear flow
62%
convection
53%
attachment
49%
vortices
45%
time lag
42%
shear layers
27%
base flow
17%
near wakes
17%
Mie scattering
14%
compressing
12%
pressure gradients
12%
stations
12%
wakes
12%
elongation
11%
estimates
7%
interactions
4%
Mathematics
Supersonic Flow
79%
Convection
62%
Mie Scattering
30%
Mixing Layer
25%
Pressure Gradient
19%
Length Scale
19%
Imaging
17%
Influence
12%
Range of data
9%
Estimate
7%
Engineering & Materials Science
Shear flow
80%
Time delay
51%
Pressure gradient
17%
Scattering
14%
Elongation
14%
Imaging techniques
11%
Chemical Compounds
Velocity
26%
Shear
19%
Length
6%
Pressure
6%