Influence of Hole-to-Hole Interaction on the Acoustic Behavior of Multi-Orifice Perforated Plates

Keyphrases

• Acoustic Behavior 100%
• Acoustic Impedance 12%
• Acoustic Liner 25%
• Acoustic Radiation 12%
• Acoustics 25%
• Aero-engine 12%
• Analytical Approach 12%
• Analytical Method 12%
• Center Hole 12%
• Center to Center 12%
• Combustion System 12%
• Combustor 12%
• Correction Model 25%
• Design Optimization 12%
• End Correction 62%
• Finite Element Method 12%
• Gas Turbine Engine 12%
• Hole Diameter 25%
• Hole Interaction 100%
• Impedance Model 12%
• Impedance Tube 12%
• Interaction Effect 37%
• Low-emission Combustion 12%
• Multi-orifice 100%
• Near-wall Region 12%
• Non-planar 25%
• Orifice 100%
• Perforated Plate 100%
• Plate Specimen 12%
• Porosity Ratio 12%
• Resonant Frequency 37%
• Resonator 25%
• Three-dimensional (3D) 25%
• Wave Propagation 25%

Engineering

• Acoustic Impedance 9%
• Aero-Engines 9%
• Analytical Approach 9%
• Combustor 9%
• Experimental Result 9%
• Finite Element Analysis 9%
• Gas Turbine 9%
• Hole Centre 9%
• Impedance Tube 9%
• Interaction Effect 27%
• Optimised Design 9%
• Orifice 100%
• Perforated Plate 100%
• Porosity 9%
• Resonance Frequency 27%
• Resonator 18%