Horizontal H 2-air turbulent buoyant jet resulting from hydrogen leakage

Keyphrases

• Entrainment 100%
• Turbulent Buoyant Jet 100%
• Hydrogen Leakage 100%
• Plume 50%
• Centerline Velocity 50%
• Buoyant Jet 50%
• Jet Trajectory 25%
• Streamwise Velocity 25%
• Mean Axial Velocity 25%
• Momentum Flux Density 25%
• Gaussian Model 25%
• Feed Materials 25%
• Material Density 25%
• Reynolds Stress 25%
• Air Jet 25%
• Binary Gas Mixtures 25%
• Numerical Investigation 25%
• Eddy Diffusivity 25%
• Radial Flux 25%
• Mean Density 25%
• Mixing Type 25%
• Ambient Density 25%
• Jet Momentum 25%
• Mean Concentration 25%
• Turbulent Eddies 25%
• Physical Analysis 25%
• Concentration Correlation 25%
• Non-Boussinesq 25%
• Turbulent Eddy Viscosity 25%
• Horizontal Jet 25%
• Runge-Kutta Method 25%
• Kinematic Relations 25%
• Low-density Gas 25%
• Gas Jet 25%
• Top-hat Profile 25%
• Linear Mixtures 25%
• Turbulent Schmidt number 25%
• Hydrogen Energy 25%

Engineering

• Centerline Velocity 100%
• Kutta Method 50%
• Stream Velocity 50%
• Local Rate 50%
• Axial Velocity 50%
• Eddy Diffusivity 50%
• Kinematic Relation 50%
• Momentum Flux 50%
• Horizontal Jet 50%
• Hydrogen Energy 50%
• Boussinesq's Hypothesis 50%
• Feed Material 50%
• Gaussian Model 50%
• Reynolds Stress 50%
• Obtains 50%
• Partial Differential Equation 50%
• Gas Mixture 50%
• Flux Density 50%
• Eddy Viscosity 50%
• Schmidt Number 50%

Chemical Engineering

• Diffusion 100%