Keyphrases
Vibro-acoustic Modeling
100%
Membrane System
100%
Mean Flow
100%
Coupled Vibro-acoustic
100%
Cavity-backed
100%
Vibroacoustics
100%
Prediction Accuracy
50%
Acoustic Field
50%
Structural Mode
50%
Structural-acoustic
50%
Low Mach number
50%
Acoustic Cavity
50%
Flow Duct
50%
Coupled System
50%
System Response
50%
Fourier Series
50%
Kinetic Energy
50%
Sound Attenuation
50%
Aeroacoustics
50%
Sound Propagation
50%
Frequency Response
50%
Dominant Mode
50%
Tensile Force
50%
Coupling Conditions
50%
Noise Suppression
50%
Rayleigh-Ritz Method
50%
Validation Studies
50%
Acoustic-structure Coupling
50%
Underground Physics
50%
Acoustic Coupling
50%
High Tension
50%
Acoustic Modeling
50%
Odd-even
50%
Coupling Strength
50%
Boundary Constraint
50%
Mode Pair
50%
High Mach number
50%
Grazing Flow
50%
Even Mode
50%
Admissible Function
50%
Energy Formulation
50%
Convergence Study
50%
Suppression Device
50%
Membrane Kinetics
50%
Resonant Amplitude
50%
Lighthill Equation
50%
Challenging Problems
50%
Cavity System
50%
Adverse Influence
50%
Coupled Structural-acoustic System
50%
Engineering
Duct
100%
Optimal Design
16%
Great Importance
16%
High Mach Number
16%
System Response
16%
Accurate Prediction
16%
Acoustic Field
16%
Low Mach Number
16%
Coupled System
16%
Fourier Series
16%
Sound Attenuation
16%
Dominant Mode
16%
Tensile Force
16%
Noise Suppression
16%
Coupling Strength
16%
Energy Formulation
16%
Lighthill's Equation
16%
Admissible Function
16%
Frequency Response
16%
Sound Propagation
16%