INIS
design
100%
acoustic measurements
100%
wave propagation
100%
cavities
100%
hydrodynamics
100%
wind tunnels
100%
modeling
100%
stochastic processes
100%
boundary layers
50%
geometry
50%
energy
30%
signal-to-noise ratio
30%
depth
30%
coverings
20%
increasing
10%
applications
10%
accounting
10%
noise
10%
interactions
10%
fluctuations
10%
acoustics
10%
nonlinear problems
10%
investigations
10%
walls
10%
data
10%
frequency dependence
10%
additives
10%
Engineering
Design of Experiments
100%
Cavity
100%
Hydrodynamic Wave
100%
Acoustics
100%
Tunnels
100%
Turbulent Boundary Layer
30%
Signal-to-Noise Ratio
30%
Energy Engineering
30%
Boundary Layer
20%
Models
10%
Wind Tunnel Test
10%
Increasing Depth
10%
Experimental Investigation
10%
Selection Criterion
10%
Measured Signal
10%
Additive Model
10%
Acoustic Source
10%
Test Campaign
10%
Test Data
10%
Pressure Fluctuation
10%
Geometric Parameter
10%