Effects of H₂ or CO₂ addition, equivalence ratio, and turbulent straining on turbulent burning velocities for lean premixed methane combustion

Keyphrases

• Turbulence 100%
• Turbulent Burning Velocity 100%
• Burner 100%
• Equivalence Ratio 100%
• Reaction Zone 100%
• Lean Premixed 100%
• Bending Effect 100%
• CO2 Addition 100%
• Premixed Methane 100%
• Methane Combustion 100%
• H2 Addition 100%
• Carbon Dioxide 50%
• Simultaneous Measurement 50%
• Central Region 50%
• Isotropic Turbulence 50%
• Premixed 50%
• Turbulent Intensity 50%
• Pressure Rise 50%
• Gas Velocity 50%
• Ignition 50%
• Probe Sensor 50%
• General Correlation 50%
• Flamelet 50%
• Burning Rate 50%
• Ion Probe 50%
• Turbulent Premixed Flames 50%
• Small Data 50%
• Gas Pressure 50%
• High Reactivity 50%
• Pressure Transducer 50%
• Laminar Burning Velocity 50%
• Radiative Heat Loss 50%
• Hydrogen Dioxide 50%
• Data Scatter 50%
• Turbulent Combustion 50%
• Hydrogen Additive 50%
• Hydrogen Addition 50%
• Canonical Structure 50%
• H2-air 50%
• High Diffusivity 50%

Engineering

• Methane 100%
• Equivalence Ratio 100%
• Reaction Zone 50%
• Bending Effect 50%
• Premixed Turbulent Flame 25%
• Isotropic Turbulence 25%
• Central Region 25%
• Diffusivity 25%
• Gas Velocity 25%
• Ignition 25%
• Heat Losses 25%
• Burning Rate 25%
• Flamelets 25%
• Damkhler Number 25%
• Pressure Probe 25%
• Pressure Rise 25%

Chemical Engineering

• Methane 100%
• Carbon Dioxide 50%
• Diffusion 50%