Keyphrases
Annulus
79%
Apparent Roughness
37%
Aspect Ratio
39%
Bed Roughness
37%
Billow
31%
Calibration Method
37%
Cut-off Frequency
38%
Czochralski
75%
Density Interface
58%
Dissipation Coefficient
45%
Enstrophy
40%
Grid Flow
45%
Haifa Bay
37%
Hot-film Probe
59%
In-situ Calibration
48%
Israel
94%
Kelvin-Helmholtz Instability
40%
Mean Flow
40%
Mediterranean Coast
33%
Melt Flow
51%
Mixing Layer
54%
Neural Network
34%
Nonlinear Wave Groups
43%
Numerical Results
43%
Numerical Simulation
35%
Oscillation
55%
Prandtl number
52%
Rayleigh
31%
Rotary Screen
41%
Sand
37%
Shallow Water
32%
Sidewall
37%
Sloshing Waves
35%
Sonic Anemometer
52%
Span-wise
52%
Standing Wave
31%
Tel Aviv
32%
Three-dimensional (3D)
45%
Turbulence
98%
Turbulence Measurements
40%
Turbulent Flow
95%
Turbulent Mixing Layer
62%
Two Dimensional
70%
Velocity Field
31%
Velocity Gradient
37%
Vorticity
65%
Wave Groups
73%
Wave Tank
60%
Wavemaker
96%
Zakharov Equation
43%
Engineering
Aspect Ratio
31%
Axisymmetric
28%
Boundary Condition
60%
Boundary Layer
75%
Calibration Procedure
31%
Computer Simulation
43%
Cutoff Frequency
43%
Deep Water
35%
Directional
37%
Energy Dissipation
33%
Energy Engineering
31%
Equation Model
35%
Experimental Investigation
62%
Experimental Result
57%
Frequency Spectrum
25%
Good Agreement
52%
Grashof Number
29%
Helmholtz's Law
45%
Hot-Film Sensor
31%
Kelvin Helmholtz Instability
29%
Laminar Flows
34%
Melt Flow
47%
Mixing Layer
100%
Multiplicity
28%
Natural Convection
25%
Numerical Modeling
31%
Numerical Study
62%
Oscillatory
29%
Prandtl Number
54%
Rectangular Tank
31%
Reynolds' Number
39%
Shallower
54%
Shear Flow
41%
Shear Layer
34%
Side Wall
41%
Simulation Method
25%
Standing Wave
37%
Stratified Flow
35%
Streamwise
40%
Surf Zone
25%
Turbulent Flow
88%
Turbulent Kinetic Energy
27%
Two Dimensional
64%
Velocity Component
25%
Velocity Field
35%
Velocity Gradient
37%
Velocity Profile
31%
Vortex
76%
Vorticity
52%
Wave Group
75%