- Author
-
Seshadri, K.
|
Humer, S.
|
Seiser, R.
- Title
- Activation-Energy Asymptotic Theory of Autoignition of Condensed Hydrocarbon Fuels in Non-Premixed Flows With Comparison to Experiment.
- Coporate
- University of California, San Diego, La Jolla
- Journal
-
Combustion Theory and Modelling,
Vol. 12,
No. 5,
831-855,
October 2008
- Keywords
-
hydrocarbon fuels
|
activation energy
|
autoignition
|
experiments
|
ignition
|
fuels
|
formulation
|
equations
|
liquid fuels
|
flow fields
|
boundary layers
|
reaction kinetics
|
heat of vaporization
|
boiling poing
|
temperature
|
extinction
|
JP-8 jet fuel
|
diesel fuels
|
fluids
|
liquid fuels
|
stagnation point
- Identifiers
- asymptotic analysis; nonpremixed flow; surrogate fuels; describing equations of the reactive flow field; non-reactive, inviscid, and rotational flow; viscous boundary layer; structure of the non-reactive viscous boundary layer; analysis of the reactive viscous boundary layer; overall chemical-kinetic rate parameters; critical conditions of extinction of liquid hydrocarbon fuels; structure of the boundary layer between stagnation point flow of two fluids: One gas and the other liquid