Effect of excitation amplitude on disturbance field of a transversely forced swirl flow and flame

Keyphrases

• Two-component 100%
• Relative Contribution 100%
• Velocity Fluctuation 100%
• Swirling Flow 100%
• Excitation Amplitude 100%
• Forced Swirl 100%
• Nozzle 50%
• Combustor 50%
• Swirl Stabilized Flame 50%
• High Amplitude 50%
• Proper Orthogonal Decomposition 50%
• Fluid Mechanics 50%
• Acoustic Field 50%
• Acoustic Excitation 50%
• Combustion Instability 50%
• Gas Turbine Combustor 50%
• Velocity Disturbance 50%
• Transverse Acoustics 50%
• Acoustic Velocity 50%
• Transverse Acoustic Mode 50%
• Transverse Excitation 50%
• Complex Varieties 50%
• Longitudinal Field 50%
• Hydrodynamic Instability 50%
• Flame Oscillation 50%

Engineering

• Velocity Fluctuation 100%
• Hydrodynamics 50%
• Combustor 50%
• Proper Orthogonal Decomposition 50%
• Fluid Mechanics 50%
• Acoustic Field 50%
• Gas Turbine Combustors 50%
• Disturbance Velocity 50%
• Acoustic Mode 50%
• Swirling Flow 50%