Engineering & Materials Science
Turbines
100%
Turbulence
70%
Wind turbines
68%
Velocity measurement
64%
Boundary layers
57%
Wind tunnels
36%
Snow
35%
Reynolds number
33%
Vorticity
32%
Sediments
26%
Polymer solutions
26%
Vortex flow
24%
Scour
23%
Kinetic energy
22%
Open channel flow
20%
Rotors
20%
Drag
19%
Rivers
18%
Trajectories
17%
Experiments
16%
Axial flow
15%
Statistics
15%
Fluids
14%
Surface roughness
14%
Convection
14%
Flow structure
14%
Momentum
13%
Sediment transport
13%
Large eddy simulation
13%
Derivatives
12%
Shear stress
12%
Pressure gradient
12%
Aerodynamics
11%
Shear flow
11%
Flow fields
11%
Polymers
9%
Imaging techniques
9%
Water
9%
Suspended sediments
9%
Scanning
8%
Farms
8%
Stretching
8%
Velocity distribution
8%
Wavelength
7%
Boundary layer flow
7%
Anemometers
7%
Geometry
7%
Mathematics
Wake
70%
Wind Turbine
67%
Turbulence
59%
Turbulent Boundary Layer
56%
Turbulent Flow
38%
Particle Image Velocimetry
37%
Particle Tracking
32%
Reynolds number
31%
Experimental Investigation
29%
Wind Tunnel
24%
Vorticity
22%
Polymer Solution
21%
Vortex
18%
Atmospheric Turbulence
18%
Rotor
16%
Drag
15%
Three-dimensional
15%
Boundary Layer
14%
Sediment
14%
Rivers
14%
Experimental Study
14%
Shear Thinning
13%
Vertical
13%
Tilting
13%
Experiment
13%
Momentum
12%
Statistics
12%
Tracking System
12%
Interaction
12%
Fluid
11%
Polymers
11%
Newtonian Fluid
11%
Model
11%
Clustering
11%
Scaling
10%
Dissipation
10%
Coefficient of restitution
10%
Rough
10%
Imaging
10%
Collision
10%
Intermittency
9%
Sweeping
9%
Performance
9%
Large Eddy Simulation
9%
Energy
9%
Physics & Astronomy
wind turbines
46%
snow
43%
turbulent boundary layer
39%
turbulence
36%
turbines
30%
wakes
24%
settling
24%
vorticity
24%
beds
23%
rivers
23%
particle image velocimetry
22%
vortices
21%
sediments
17%
high Reynolds number
16%
turbulent flow
16%
homogeneous turbulence
14%
atmospheric boundary layer
14%
sediment transport
14%
Reynolds number
13%
statistics
13%
scaling
13%
atmospheric turbulence
12%
dissipation
12%
surface layers
12%
wind tunnels
12%
kinetic energy
11%
drag
11%
polymers
11%
entrainment
11%
velocity distribution
11%
open channel flow
11%
particle motion
11%
fluids
10%
windpower utilization
9%
shear thinning
9%
intermittency
9%
grids
9%
Newtonian fluids
8%
tracers
8%
dunes
8%
tensors
8%
shear flow
7%
characterization
7%
gravels
7%
shear layers
7%
particle trajectories
7%
microbalances
7%
momentum
7%
formulations
7%
upstream
6%