Physics & Astronomy
turbulence
91%
direct numerical simulation
76%
high Reynolds number
40%
Reynolds number
32%
isotropic turbulence
32%
vorticity
29%
homogeneous turbulence
29%
shear layers
26%
high resolution
21%
statistics
21%
boxes
19%
grids
17%
energy dissipation
17%
energy spectra
14%
probability density functions
12%
channel flow
11%
scaling
11%
dissipation
11%
exponents
10%
vortices
10%
vortex sheets
10%
approximation
9%
protoplanetary disks
8%
heptanes
8%
coagulation
8%
intermittency
7%
spontaneous combustion
7%
shear flow
7%
Navier-Stokes equation
6%
simulation
6%
tensors
6%
velocity distribution
6%
three dimensional motion
6%
spectral methods
6%
scaling laws
6%
energy transfer
6%
microbalances
6%
expansion
5%
dust
5%
fluids
5%
species diffusion
5%
closures
5%
Engineering & Materials Science
Direct numerical simulation
100%
Turbulence
87%
Reynolds number
37%
Statistics
20%
Heptane
17%
Vorticity
17%
Energy dissipation
12%
Scaling laws
11%
Ignition
11%
Earth (planet)
9%
Vortex flow
9%
Channel flow
9%
Turbulent flow
8%
Simulators
8%
Boundary layers
7%
Shear flow
6%
Fluids
6%
Oxidation
6%
Numerical analysis
6%
Chemical reactions
5%
Reaction rates
5%
Computational fluid dynamics
5%
Viscosity
5%
Mathematics
Turbulence
56%
Direct numerical Simulation
44%
Energy Spectrum
21%
High Resolution
18%
Reynolds number
17%
Scaling
10%
Energy Dissipation
9%
Range of data
9%
Spectrality
8%
Length Scale
8%
Grid
7%
Fluctuations
6%
Exponent
6%
Turbulent Channel Flow
6%
Simulator
6%
Similarity
6%
Turbulent Flow
5%
Fourier Method
5%
Coherent Structures
5%
Oxidation
5%
