Engineering
Accuracy
75%
Acoustic Field
100%
Acoustic Propagation
25%
Beamforming
100%
Closed Test Section
100%
Estimation
25%
Evaluation
100%
Experiment
50%
Facilities
25%
Finite Element Analysis
25%
Green's Functions
50%
Helmholtz's Law
25%
Integration Method
25%
Maps
25%
Mathematical Model
100%
Measurement
75%
Microphone
50%
Model
25%
Noise Level
50%
Phased Array
50%
Power Source
25%
Priori Knowledge
25%
Processing
75%
Signal-to-Noise Ratio
25%
Sound Propagation
25%
Sound Source
25%
Spatial Resolution
25%
Test Section
50%
Tunnel
100%
Turbulence
50%
INIS
accuracy
28%
acoustic measurements
28%
acoustics
100%
assessments
100%
comparative evaluations
14%
computerized simulation
14%
corrections
57%
diffraction
28%
equations
14%
experimental data
14%
finite element method
14%
geometry
14%
green function
28%
levels
28%
maps
14%
modeling
100%
monopoles
14%
noise
28%
power
14%
processing
42%
range
14%
reflection
14%
resolution
14%
signal-to-noise ratio
14%
simulation
28%
spatial resolution
14%
turbulence
28%
wave propagation
100%
wind tunnels
100%
Earth and Planetary Sciences
Accuracy
50%
Acoustic Propagation
16%
Acoustic Simulation
16%
Acoustics
100%
Approach
100%
Beamforming
66%
Calculation
16%
Diffraction
100%
Evaluation
100%
Experiment
33%
Improvement
16%
Knowledge
16%
Low Turbulence
33%
Maps
16%
Microphone
33%
Model
16%
Phased Array
33%
Position (Location)
33%
Reflection
16%
Show
16%
Sound Measurement
33%
Sound Propagation
16%
Spatial Resolution
16%
Wind Tunnels
100%
Physics
Acoustic Propagation
14%
Acoustics
100%
Arrays
28%
Beamforming
57%
Calculation
14%
Correction
57%
Diffraction
28%
Evaluation
100%
Finite Element Analysis
14%
Green's Functions
28%
Knowledge
14%
Low Turbulence
28%
Mathematical Model
100%
Microphone
28%
Model
14%
Position (Location)
28%
Response
28%
Signal-to-Noise Ratio
14%
Sound Measurement
28%
Sound Propagation
14%
Tunnels
28%
Wave Propagation
100%
Wind Tunnels
100%