Efficient computational model for premixed turbulent combustion at high Reynolds numbers based on a turbulent flame speed closure

Keyphrases

• Computational Model 100%
• Source Term 100%
• High Reynolds number 100%
• Transport Equation 100%
• Premixed Turbulent Combustion 100%
• Progress Variable 100%
• Turbulent Flame Speed Closure 100%
• Turbulent Flame Speed 100%
• Computationally Efficient 50%
• Volume-based 50%
• Closed-form Expression 50%
• Probability Density Function 50%
• Velocity Field 50%
• Computational Fluid Dynamics 50%
• Thickness Gradient 50%
• Scaling Argument 50%
• Physicochemical Properties 50%
• Combustion Model 50%
• Finite Volume 50%
• Combustion Process 50%
• Complicated Geometries 50%
• Premixed 50%
• 3D Problem 50%
• Turbulent Velocity 50%
• Wrinkling 50%
• Turbulent Length Scale 50%
• Laminar Flames 50%
• Flame Front 50%
• Atmospheric Gases 50%
• Critical Gradient 50%
• Gas Turbine Burner 50%
• Speed-gradient 50%
• Combustible Mixture 50%
• Chemical Source 50%
• Turbulence Parameterization 50%
• Fluctuation Intensity 50%
• Source Integration 50%
• Turbulent Reynolds number 50%
• Gaseous Combustion 50%
• Dynamic Code 50%
• Non-reacting Flow 50%

Engineering

• Source Term 100%
• High Reynolds Number 100%
• Experimental Result 50%
• Closed Form Expression 50%
• Velocity Field 50%
• Intensity Fluctuation 50%
• Computational Fluid Dynamics 50%
• Gas Turbine 50%
• Reynolds' Number 50%
• Reacting Flow 50%
• Flame Front 50%
• Turbulent Velocity 50%
• Turbulent Length Scale 50%
• Probability Density Function 50%