Engineering & Materials Science
Solitons
100%
Topography
80%
Boundary layers
66%
Vortex flow
30%
Surface roughness
29%
Direct numerical simulation
22%
Nonlinear feedback
22%
Boundary layer flow
22%
Reynolds number
14%
Fluids
11%
Physics & Astronomy
topography
65%
boundary layers
61%
solitary waves
56%
shear layers
30%
roughness
23%
vortices
20%
nonlinear feedback
20%
boundary layer flow
16%
direct numerical simulation
14%
pressure distribution
14%
Reynolds number
11%
breakdown
10%
broadband
9%
perturbation
9%
fluids
8%
sensitivity
8%
predictions
7%
Mathematics
Solitary Waves
77%
Boundary Layer
65%
Roughness
34%
Vortex
29%
Broadband
20%
Direct numerical Simulation
20%
Feedback Loop
19%
Boundary Layer Flow
17%
Breakdown
15%
Reynolds number
14%
Fluctuations
13%
Scenarios
12%
Prediction
11%
Fluid
10%
Perturbation
9%
Path
9%