Modeling of spray jet flame under MILD condition with non-adiabatic FGM and a new conditional droplet injection model

INIS

• asymmetry 10%
• atomization 10%
• boiling 10%
• boundary conditions 10%
• burners 10%
• central region 10%
• chemistry 10%
• clouds 10%
• comparative evaluations 30%
• configuration 10%
• distribution 10%
• droplets 100%
• dynamics 10%
• enthalpy 10%
• evaporation 10%
• experimental data 20%
• flames 100%
• fuels 10%
• gases 10%
• high temperature 10%
• information 10%
• injection 100%
• interactions 20%
• jets 100%
• large-eddy simulation 40%
• libraries 20%
• lifetime 10%
• liquid fuels 10%
• losses 10%
• mixtures 10%
• modeling 100%
• navier-stokes equations 20%
• numerical analysis 10%
• peaks 10%
• performance 10%
• phase velocity 10%
• prediction 20%
• quenching 10%
• range 10%
• reynolds number 20%
• shape 10%
• size 10%
• sprays 100%
• tables 10%
• trajectories 10%
• turbulence 10%
• vaporization 10%
• velocity 10%

Keyphrases

• Angle Direction 14%
• Asymmetric Distribution 14%
• Atomization 14%
• Ballistic Trajectory 14%
• Central Region 14%
• Coflow Flames 28%
• Droplet Injection 100%
• Droplet Vaporization 14%
• Enthalpy Loss 14%
• Fast Evaporation 14%
• Flash Boiling 14%
• Fuel-rich 14%
• Initial Velocity 14%
• Injection Angle 14%
• Injection Model 100%
• Injector 14%
• Large Droplets 28%
• Local Quenching 14%
• Loss Effect 14%
• Manifold Model 28%
• Mixture Fraction Variance 14%
• OpenFOAM Solver 14%
• Reaction Region 28%
• Small Droplets 14%
• Spray Cloud 14%
• Spray Half Angle 28%
• Turbulence-chemistry Interaction 14%
• URANS 28%
• Velocity Magnitude 14%

Engineering

• Initial Velocity 14%
• Injection Model 100%