Engineering & Materials Science
Numerical models
100%
Hydrodynamics
75%
Water
71%
Wave propagation
59%
Circular cylinders
50%
Breakwaters
49%
Coastal engineering
47%
Aerodynamics
38%
Turbines
31%
Computer simulation
30%
Navier Stokes equations
28%
Beaches
26%
Outfalls
21%
Levees
20%
Relaxation
19%
Flow interactions
19%
Reynolds number
17%
Air
16%
Bridge decks
15%
Drag coefficient
15%
Unsteady flow
15%
Diffraction
14%
Numerical analysis
14%
Pressure control
14%
Fluids
13%
Pipe
13%
Linear systems
12%
Pressure relief valves
12%
Vortex flow
11%
Bridge approaches
10%
Damping
10%
Amplification
10%
Time series
9%
Concretes
8%
Cable stayed bridges
8%
Viscous flow
8%
Composite materials
8%
Coastal zones
7%
Struts
7%
Flanges
7%
Beams and girders
7%
Angle of attack
6%
Geometry
6%
Civil engineering
6%
Flow of fluids
6%
Jetties
6%
Wind tunnels
6%
Strouhal number
6%
Water waves
5%
Earth & Environmental Sciences
water column
45%
wave energy
42%
hydrodynamics
39%
overtopping
37%
wave propagation
29%
wave breaking
29%
modeling
28%
breakwater
24%
turbine
24%
Navier-Stokes equations
22%
aerodynamics
21%
particle
15%
simulation
14%
wave-structure interaction
13%
risk management
13%
dike
12%
atmospheric pressure
12%
amplification
11%
drag coefficient
10%
free surface flow
10%
groin
9%
wave height
9%
inertia
9%
energy
9%
ocean wave
9%
civil engineering
8%
model test
8%
methodology
7%
analysis
7%
coast
7%
pipe
7%
sea wall
6%
wave force
6%
caisson
6%
wave group
6%
coastal area
6%
engineering
5%
water
5%
Galerkin method
5%
incompressible flow
5%
boundary element method
5%
wave reflection
5%
Mathematics
Smoothed Particle Hydrodynamics
34%
Water
32%
Interaction
25%
Numerical Simulation
20%
Low Reynolds number
19%
Engineering Application
16%
Experimental Results
13%
Turbine
12%
Refinement
12%
Navier-Stokes Equations
11%
Circular Cylinder
10%
Reynolds number
9%
Numerical Results
9%
Arrangement
8%
Vortex Shedding
7%
Wave Breaking
7%
Nonlinear Phenomena
7%
Drag Coefficient
6%
Free Surface Flow
6%
Wave Interaction
6%
Hydrodynamic Model
6%
Numerical Modeling
6%
Absorption
6%
Ocean
5%
Semi-implicit
5%
Aerodynamics
5%
Physical Model
5%
Wave Propagation
5%
Laminar Flow
5%
Dimensionless
5%
Renormalization
5%