Effects of combustion heat release on velocity and scalar statistics in turbulent premixed jet flames at low and high Karlovitz numbers

Physics & Astronomy

• heat of combustion 100%
• jet flames 84%
• premixed flames 76%
• statistics 50%
• turbulence models 48%
• scalars 46%
• Reynolds stress 35%
• direct numerical simulation 32%
• flames 28%
• alignment 24%
• formalism 23%
• equivalence 20%
• strain rate 18%
• kinetic energy 17%
• capture effect 17%
• flame stability 16%
• tensors 16%
• reacting flow 14%
• combustion products 14%
• heat 14%
• gradients 13%
• stress tensors 11%
• budgets 11%
• pressure gradients 10%
• Mach number 10%
• reaction kinetics 9%
• counters 9%
• Reynolds number 8%
• simulation 8%
• scaling 7%
• shear 7%
• hydrogen 6%
• predictions 5%
• performance 4%

Chemical Compounds

• Turbulence 72%
• Jet 68%
• Calorific Value 68%
• Flame 56%
• Velocity 53%
• Simulation 40%
• Kinetic Energy 29%
• Flow 24%
• Mach Number 23%
• Heat 18%
• Reynolds Number 17%
• Shear 11%
• Hydrogen 6%

Engineering & Materials Science

• Turbulence models 64%
• Direct numerical simulation 61%
• Statistics 48%
• Tensors 47%
• Kinetic energy 33%
• Hot Temperature 30%
• Strain rate 29%
• Reaction kinetics 17%
• Pressure gradient 17%
• Mach number 15%
• Reynolds number 13%
• Fluxes 13%
• Hydrogen 12%