A hybrid numerical approach to predict the vibrational responses of panels excited by a turbulent boundary layer

Keyphrases

• Analytical Solution 33%
• Anechoic Wind Tunnel 33%
• Clamped Boundary Conditions 33%
• Computationally Efficient 33%
• Cross-spectral Density 33%
• Ensemble Average 33%
• Field-induced 33%
• Finite Element Method 33%
• Hybrid Method 33%
• Numerical Results 33%
• Numerical Techniques 33%
• Planar Structure 66%
• Plane Wave 66%
• Pressure Field 66%
• Simply Supported Boundary Conditions 66%
• Turbulent Boundary Layer Excitation 33%
• Turbulent Boundary Layers 100%
• Turbulent Flow 33%
• Uncorrelated Wall Plane Waves 33%
• Vibrational Response 100%
• Wall Pressure 100%

Engineering

• Boundary Condition 25%
• Empirical Model 25%
• Ensemble Average 25%
• Finite Element Analysis 25%
• Hybrid Approach 25%
• Hybrid Numerical Approach 100%
• Measured Data 25%
• Numerical Study 25%
• Numerical Technique 25%
• Planar Structure 50%
• Plane Wave 75%
• Pressure Distribution 50%
• Realization 50%
• Simply Supported Boundary Condition 25%
• Spectrum Density 25%
• Tunnel 25%
• Turbulent Boundary Layer 100%
• Turbulent Flow 25%
• Wall-Pressure 75%

Physics

• Boundary Condition 50%
• Finite Element Analysis 25%
• Plane Wave 75%
• Pressure Distribution 50%
• Turbulent Boundary Layer 100%
• Turbulent Flow 25%
• Wall Pressure 75%
• Wind Tunnels 25%