- Author
-
Grodon, R. L.
|
Masri, A. R.
|
Pope, S. B.
|
Goldin, G. M.
- Title
- Numerical Study of Auto-Ignition in Turbulent Lifted Flames Issuing Into a Vitiated Co-Flow.
- Coporate
- Sydney Univ., Australia
- Journal
-
Combustion Theory and Modelling,
Vol. 11,
No. 3,
351-376,
June 2007
- Keywords
-
turbulent flames
|
flame liftoff
|
autoignition
|
hydrogen-nitrogen mixtures
|
premixed flames
|
burners
|
computational fluid dynamics
|
reaction kinetics
|
thermal conductivity
|
steels
|
temperature
|
equations
|
validation
- Identifiers
- Large-Eddy Simulation (LES); Probability Density Functions (PDFs); in-situ-adaptive tabulation (ISAT) method; FLUENT; flame and flow conditions; numerical conditions selected for computing the jet and flame in a vitiated co-flow; details of the standard domain mesh; details of the refined domain mesh; thermal conductivity of steel at various temperatures; inlet boundary conditions for the 1D plug flow reactor; boundary conditions for counterflow premixed burner; species transport budgets of convection, diffusion and reaction (CDR budgets); 'time history' of radical concentrations; normalizing factors for CDR budgets; conditions at mean flame base