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Theoretical and numerical study of a symmetrical triple flame using the parabolic flame path approximation
S. Ghosal
*
, L. Vervisch
*
Corresponding author for this work
Mechanical Engineering
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peer-review
81
Scopus citations
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INIS
activation energy
9%
approximations
100%
asymptotic solutions
14%
burners
9%
chemistry
4%
combustion
9%
comparative evaluations
4%
computerized simulation
9%
diffusion
19%
distance
4%
equations
4%
expansion
4%
flames
100%
heat
19%
lewis number
4%
lifts
4%
mixtures
14%
numerical analysis
100%
shape
9%
solutions
4%
speed
9%
stoichiometry
4%
surfaces
9%
zones
4%
Physics
Activation Energy
12%
Approximation
100%
Combustion
6%
Detonation
6%
Distance
6%
Expansion
6%
Flames
100%
Fractions
12%
Gradients
12%
Heat
25%
Heuristics
6%
Lewis Number
6%
Model
6%
Primitive Equation
6%
Region
6%
Shapes
12%
Simulation
12%
Speed
12%
Turbulent Combustion
6%