Numerical Investigation of Turbulent Kinetic Energy Dynamics in Chemically-Reacting Homogeneous Turbulence

Keyphrases

• Turbulent Kinetic Energy 100%
• Numerical Investigation 100%
• Chemically Reacting 100%
• Dilatation 100%
• Homogeneous Turbulence 100%
• Energy Dynamics 100%
• Heat Release 85%
• Reaction Front 57%
• Kinetic Energy 42%
• Fourier Space 42%
• Viscous Dissipation 42%
• Physical Space 28%
• Energy Evolution 28%
• Strain Rate 14%
• Heptane 14%
• Upscale 14%
• Temporal Evolution 14%
• Combustion Characteristics 14%
• Hydrocarbon Fuel 14%
• Turbulence 14%
• Sheet-like 14%
• Heavy Hydrocarbons 14%
• Engine Conditions 14%
• Homogeneous Isotropic Turbulence 14%
• Dissipation Spectra 14%
• Power-law Behavior 14%
• Air Mixture 14%
• Simulation Parameters 14%

Engineering

• Turbulent Kinetic Energy 100%
• Homogeneous Turbulence 100%
• Stretching 100%
• Heat Release 85%
• Fourier Space 42%
• Physical Space 28%
• Law Behavior 14%
• Strain Rate 14%
• Temporal Evolution 14%
• Fossil Fuel 14%
• Heptane 14%
• Homogeneous Isotropic Turbulence 14%
• Heavier Hydrocarbon 14%
• Air Mixture 14%
• Simulation Parameter 14%

Material Science

• Strain Rate 100%
• Fossil Fuel 100%