A theoretical model of cavity acoustic resonances based on edge scattering processes

Keyphrases

• Acoustic Resonance 100%
• Acoustic Waves 33%
• Central Region 33%
• Corner Geometry 33%
• Decay Rate 33%
• Edge Scattering 100%
• Empirical Constants 33%
• End Region 33%
• Global Analysis 33%
• Instability Waves 33%
• OpenFace 33%
• Parameter Space 33%
• Prediction Method 33%
• Pressure Level 33%
• Propagating Instabilities 33%
• Propagation Model 33%
• Resonant Frequency 33%
• Scattering Analysis 33%
• Scattering Model 33%
• Scattering Processes 100%
• Shear Layer 66%
• Shear Layer Thickness 33%
• Stability Boundary 33%
• Temporal Growth Rate 33%
• Unsteady Pressure 33%
• Vortex Sheet 33%
• Wiener-Hopf Equation 33%

Engineering

• Acoustic Resonance 100%
• Central Region 33%
• Hopf Technique 33%
• Instability Wave 33%
• Layer Thickness 33%
• Open Face 33%
• Parameter Space 33%
• Pressure Level 33%
• Propagating Wave 33%
• Propagation Model 33%
• Resonant Frequency 33%
• Shear Layer 100%
• Stability Boundary 33%
• Vortex Sheet 33%

Physics

• Acoustic Resonance 100%
• Acoustic Wave 33%
• Resonant Frequency 33%
• Shear Layer 100%
• Theoretical Model 100%
• Vortex Sheet 33%