Experimental and numerical investigation of thermoacoustic sources related to high-frequency instabilities

Keyphrases

• Combustor 100%
• Numerical Investigation 100%
• Thermoacoustics 100%
• High-frequency Instability 100%
• Dynamic Behavior 50%
• Numerical Simulation 50%
• Decomposition Method 50%
• Numerical Data 50%
• Feedback Mechanism 50%
• Transverse Mode 50%
• Heat Release Rate 50%
• Reaction Zone 50%
• Gas Turbine Combustor 50%
• Transverse Displacement 50%
• Premixed 50%
• Flame Dynamics 50%
• Flame Wrinkling 50%
• Rayleigh Index 50%
• Swirl Combustor 50%
• Flame Displacement 50%
• Mass Burning Rate 50%
• Observation Simulation 50%
• Rate Fluctuations 50%

Engineering

• Combustor 100%
• Dynamic Behavior 33%
• Relative Importance 33%
• Experimental Observation 33%
• Heat Release Rate 33%
• Reaction Zone 33%
• Gas Turbine Combustors 33%
• Wrinkling (Flame) 33%
• Numerical Data 33%
• Feedback Mechanism 33%
• Burning Rate 33%
• Computer Simulation 33%