Physics & Astronomy
axisymmetric bodies
100%
metal spinning
82%
spheroids
51%
large eddy simulation
51%
turbulence
49%
scale models
48%
eggs
42%
shear flow
36%
dynamic models
35%
statistical analysis
34%
center of mass
32%
viscosity
32%
anticyclones
29%
superrotation
29%
friction
28%
channel flow
27%
prolate spheroids
27%
approximation
24%
scalars
24%
cyclones
23%
Reynolds stress
23%
homogeneous turbulence
21%
Venus (planet)
21%
turbulent diffusion
21%
gravity waves
20%
shallow water
19%
interactions
18%
maintenance
17%
rigid structures
17%
turbulence models
16%
magnetohydrodynamics
16%
Mach number
16%
heat flux
15%
geometry
14%
Reynolds number
14%
electromagnetic radiation
13%
methodology
13%
asymmetry
12%
vortices
12%
eddy viscosity
10%
tensors
10%
weather
10%
skin friction
9%
acoustic properties
9%
dynamical systems
9%
pedals
9%
linear equations
9%
turbulent flow
9%
density distribution
9%
fluids
9%
Mathematics
Horizontal
61%
Large Eddy Simulation
48%
Turbulence
42%
Dynamic Model
35%
Contact
35%
Barycentre
31%
Table
30%
Turbulent Channel Flow
29%
Subgrid-scale Model
28%
Viscosity
27%
Friction
27%
Time Scales
26%
Shear Flow
26%
Turbulence Modeling
26%
Turbulent Diffusion
26%
Passive Scalar
26%
Low Mach number
23%
Modeling
21%
Rotating
20%
Reynolds Stress
20%
Heat Flux
20%
Amalgamation
20%
Maintenance
19%
Motion
19%
Model
19%
Fixed point
18%
Incompressible Flow
17%
Convex Body
17%
Vertical
15%
Heuristics
14%
Approximation
13%
Jump
13%
Flip
13%
Eddy Viscosity
12%
Methodology
12%
Rigid Body
11%
Numerical Simulation
10%
Unstable
10%
Performance
9%
Diffusivity
9%
Slip
9%
Tensor
9%
Linear Stability
9%
Turbulence Model
9%
Scalar
9%
Term
8%
Cascade
8%
Optical Properties
8%
Transport Equation
8%
Configuration
8%
Engineering & Materials Science
Large eddy simulation
56%
Turbulence
45%
Channel flow
38%
Friction
34%
Viscosity
30%
Shear flow
27%
Gravity waves
25%
Acoustic properties
24%
Computer simulation
24%
Optical properties
20%
Geometry
20%
Magnetohydrodynamics
19%
Electric properties
17%
Mach number
16%
Aspect ratio
15%
Heat flux
14%
Magnetic fields
14%
Mechanics
14%
Vortex flow
14%
Tensors
13%
Radiation
13%
Students
12%
Dynamical systems
11%
Turbulence models
10%
Potential energy
9%
Water
9%
Dynamic models
6%
Angular velocity
6%
Direct numerical simulation
5%
Wall flow
5%
Boundary layer flow
5%