Engineering & Materials Science
Velocity measurement
100%
Turbulence
76%
Reynolds number
57%
Cooling
53%
Fluids
34%
Flow fields
31%
Magnetic resonance
28%
Vortex flow
27%
Secondary flow
21%
Buoyancy
21%
Geometry
20%
Vorticity
20%
Boundary layers
19%
Imaging techniques
19%
Heat transfer
17%
Snow
17%
Fluxes
17%
Ventilation
17%
Aerodynamics
16%
Coriolis force
16%
Flow structure
15%
Steady flow
15%
Pressure gradient
14%
Momentum
14%
Experiments
13%
Anisotropy
13%
Air
13%
Gravitation
13%
Hot Temperature
13%
Grafts
12%
Stents
12%
Liquid crystals
12%
Turbines
12%
Channel flow
11%
Spraying
11%
Trajectories
11%
Fluid mechanics
10%
Radiation
10%
Advection
9%
Tomography
9%
Liquids
9%
Heat transfer coefficients
9%
X rays
8%
Kinetic energy
8%
Flow of fluids
8%
Numerical methods
8%
Wind turbines
8%
Working fluids
8%
Mathematics
Turbulence
59%
Particle Image Velocimetry
27%
Three-dimensional Flow
24%
Velocity Field
21%
Reynolds number
20%
Fluid
17%
Secondary Flow
16%
Magnetic Resonance
16%
Vortex
16%
Rotating
16%
Oscillatory Flow
15%
Turbulent Boundary Layer
15%
Ventilation
14%
Flow Field
12%
Buoyancy
12%
Steady Flow
12%
Experimental Study
12%
Human
10%
Velocity Measurement
10%
Vertical
10%
Clustering
10%
Atmospheric Turbulence
10%
Momentum
9%
Filtering
9%
Bifurcation
9%
Fluid Flow
9%
Range of data
9%
Fluctuations
9%
Spatial Distribution
8%
Turbulent Flow
8%
Turbulent Channel Flow
8%
Particle Size
8%
Wind Turbine
8%
Pressure Gradient
7%
Matching Pursuit
7%
Cross-flow
7%
Thermal Convection
7%
Length Scale
7%
Anisotropy
7%
Energy Transfer
7%
Three-dimensional
7%
Radiation
6%
Velocity Distribution
6%
Spatial Structure
6%
Inclined
6%
Trends
6%
Model
6%
Physics & Astronomy
homogeneous turbulence
37%
turbulence
29%
settling
24%
velocity distribution
22%
particle image velocimetry
18%
three dimensional flow
18%
Reynolds number
15%
film cooling
13%
vortices
13%
snow
12%
turbulent flow
12%
fluids
11%
diffusivity
10%
secondary flow
10%
channel flow
10%
magnetic resonance
10%
flow distribution
10%
turbulent boundary layer
10%
buoyancy
10%
shear layers
9%
fluid flow
9%
air
8%
aerodynamics
7%
trends
7%
velocity measurement
7%
atmospheric turbulence
7%
vorticity
7%
wind turbines
6%
high Reynolds number
6%
geometry
6%
momentum
6%
mouth
6%
pressure gradients
6%
scalars
6%
fins
5%
trailing edges
5%
spatial distribution
5%
smoothing
5%
radiation
5%
death
5%
turbines
5%
eddy viscosity
5%
performance
5%
surface layers
5%
falling
5%
free convection
5%
slots
5%