Engineering & Materials Science
Mach number
84%
Turbulence
59%
Supersonic flow
47%
Vortex flow
44%
Shock waves
42%
Pressure measurement
37%
Fluids
33%
Flow control
30%
Lasers
29%
Recovery
28%
Compressible flow
25%
Visualization
24%
Aerodynamics
21%
Torque
20%
Angle of attack
19%
Actuators
17%
Flow separation
16%
Plasmas
16%
Experiments
16%
Wind tunnels
16%
Paint
15%
Pressure distribution
15%
Flaps
15%
Temperature
14%
Flow fields
14%
Tissue
13%
Scattering
13%
Imaging techniques
12%
Shear flow
12%
Probability density function
12%
Gases
11%
Fluorescence
11%
Convolution
11%
Geometry
11%
Transpiration
11%
Pressure gradient
10%
Centrifugal compressors
10%
Acetone
10%
Temperature measurement
10%
Physics & Astronomy
shear layers
45%
base flow
40%
velocity measurement
28%
boundary layers
24%
shock
23%
near wakes
22%
turbulence
20%
base pressure
18%
cylindrical afterbodies
18%
normal shock waves
17%
attachment
15%
pressure sensitive paints
14%
vortices
14%
afterbodies
13%
wakes
13%
interactions
12%
turbulent boundary layer
11%
pressure measurement
11%
Mie scattering
11%
separated flow
11%
supersonic flow
11%
convection
10%
high speed
10%
pressure recovery
10%
injection
10%
Mach number
10%
fluid jets
10%
static pressure
9%
fluids
9%
flow visualization
9%
acetone
8%
supersonic wakes
8%
probability density functions
8%
transpiration
8%
upstream
7%
particle image velocimetry
6%
expansion
6%
lasers
6%
laser induced fluorescence
6%
compressing
6%
stagnation pressure
6%
angle of attack
6%
pressure distribution
6%
disturbances
6%
entrainment
6%
nozzles
5%
wall pressure
5%
nitric oxide
5%
scalars
5%
Schlieren photography
5%
Earth & Environmental Sciences
baseflow
24%
boundary layer
22%
shock wave
14%
visualization
12%
compressible flow
9%
laser
8%
paint
7%
compression
6%
effect
6%
speed
6%
experimental study
6%
transpiration
5%
deflection
5%
scattering
5%
