Engineering & Materials Science
Solitons
100%
Water waves
89%
Debris
56%
Breakwaters
53%
Levees
53%
Buoys
51%
Water
43%
Seismographs
42%
Fluids
39%
Navier Stokes equations
38%
Acoustic waves
36%
Monitoring
33%
Boundary conditions
32%
Radar
31%
Vortex flow
30%
Fiber optics
30%
Flow fields
29%
Pistons
29%
Void fraction
27%
Retaining walls
27%
Sea level
22%
Numerical models
22%
Estuaries
22%
Integral equations
21%
Hydrophones
21%
Viscous flow
19%
Oil spills
19%
Disasters
18%
Acoustic wave diffraction
17%
Acoustic impedance
16%
Trajectories
15%
Mirrors
14%
Computer simulation
14%
Calibration
13%
Kinetic theory
13%
Air entrainment
13%
Shear stress
13%
Climate change
13%
Tides
13%
Acoustic fields
12%
Mathematical transformations
11%
Satellites
11%
Granular materials
10%
Rocks
10%
Decomposition
10%
Offshore structures
10%
Flow separation
9%
Wind effects
9%
Fourier analysis
9%
Earth & Environmental Sciences
debris flow
48%
water wave
44%
solitary wave
43%
vibration
43%
geophone
27%
breakwater
26%
flow field
25%
breaking wave
24%
monitoring
23%
fiber optics
22%
dike
20%
Navier-Stokes equations
19%
disaster
18%
viscous flow
18%
fluid
18%
typhoon
16%
vortex
16%
ripple
14%
sound
14%
boundary condition
13%
wave height
12%
rock
12%
bottom stress
11%
forecasting
11%
accelerometer
11%
data buoy
11%
particle
11%
random wave
11%
radar
10%
air bubble
10%
coast
10%
induced response
10%
significant wave height
9%
trajectory
9%
shear stress
9%
decomposition
9%
climate change
9%
transform
8%
sensor
8%
river bed
8%
gauge
7%
ground penetrating radar
7%
bubble
7%
creek
7%
GNSS
7%
water
7%
oil spill
7%
entrainment
7%
void
6%
signal-to-noise ratio
6%