Large eddy simulation of pressure and dilution-jet effects on soot formation in a model aircraft swirl combustor

Physics & Astronomy

• acetylene 4%
• air 7%
• aircraft engines 6%
• aircraft models 100%
• combustion chambers 62%
• configurations 4%
• deposits 3%
• dilution 56%
• entrainment 4%
• ethylene 4%
• fluids 2%
• hydrodynamics 6%
• injection 9%
• jet engine fuels 6%
• jet flames 5%
• large eddy simulation 63%
• low frequencies 3%
• low pressure 3%
• occurrences 3%
• oxidation 9%
• particle trajectories 5%
• Reynolds number 3%
• scaling 6%
• simulation 1%
• soot 68%
• statistics 3%
• trajectories 6%
• trajectory analysis 6%
• trends 3%
• turbulent flow 4%
• vapor phases 7%

Engineering & Materials Science

• Acetylene 5%
• Air 7%
• Aircraft engines 5%
• Aircraft models 73%
• Combustors 57%
• Deposits 4%
• Dilution 62%
• Ethylene 4%
• Fluids 2%
• Gases 4%
• Hydrodynamics 7%
• Jet fuel 5%
• Large eddy simulation 63%
• Oxidation 11%
• Reynolds number 3%
• Soot 62%
• Statistics 3%
• Trajectories 9%
• Turbulent flow 4%
• Volume fraction 3%

Chemical Compounds

• Flame 3%
• Fuel 3%
• Hydrodynamics 8%
• Jet 9%
• Lagrangian 7%
• Mixture 1%
• Models (Physical) 5%
• Oxidation Reaction 5%
• Phase Space 6%
• Pressure 32%
• Residence Time 4%
• Reynolds Number 6%
• Simulation 35%
• Soot 65%
• Surface 1%
• Volume 2%