Physics & Astronomy
turbulence
100%
grids
72%
direct numerical simulation
49%
fractals
39%
kinetic energy
33%
scalars
22%
energy conservation
21%
Schmidt number
21%
Reynolds number
21%
homogeneous turbulence
20%
turbulent mixing
20%
large eddy simulation
18%
turbulent flow
17%
turbulent boundary layer
16%
statistics
16%
laser induced fluorescence
16%
wind tunnels
14%
channel flow
14%
isotropic turbulence
12%
conservation
11%
numerical analysis
11%
static pressure
11%
wind turbines
10%
dissipation
9%
Runge-Kutta method
9%
mesh
9%
intermittency
8%
flow distribution
8%
velocity measurement
8%
low Reynolds number
8%
profiles
8%
tip speed
7%
decay
7%
incompressible flow
6%
velocity distribution
6%
free flow
6%
wire
6%
spatial resolution
6%
pitot tubes
5%
high Reynolds number
5%
simulation
5%
atmospheric boundary layer
5%
wakes
5%
viscosity
5%
isotropy
5%
Reynolds stress
5%
Engineering & Materials Science
Turbulence
77%
Direct numerical simulation
56%
Fractals
41%
Kinetic energy
15%
Fluorescence
14%
Turbulent flow
13%
Wind tunnels
12%
Quantum yield
11%
Reynolds number
11%
Boundary layers
11%
Channel flow
10%
Flow fields
10%
Lasers
9%
Velocity measurement
8%
Fluids
8%
Shear stress
6%
Incompressible flow
6%
Wire
6%
Wind turbines
6%
Energy dissipation
6%
Higher order statistics
6%
Chemical reactions
6%
Visualization
5%
Experiments
5%
Finite difference method
5%
Mathematics
Turbulence
42%
Direct numerical Simulation
28%
Grid
24%
Turbulent Mixing
22%
Fractal
20%
Laser-induced Fluorescence
8%
Chemical Reaction
7%
Wind Tunnel
6%
Wall Shear Stress
6%
Turbulent Flow
6%
Energy Transport
6%
Higher-order Statistics
5%
Fractal Analysis
5%
Fluid
5%
