We study, herein, the steady, isobaric two-dimensional interaction with a flat perpendicular wall of an otherwise planar fuel-lean hydrocarbon-air premixed laminar flame, stabilized on a heat-sink burner. We report isotherms, and isoconcentration contours for hydrocarbons, in the quench layer on a cold isothermal side wall from results of numerical (ADI) integration of the elliptical boundary-value problem for a one-step irreversible Arrhenius-type chemical reaction. Also, burning near a single hot or adiabatic wall, and reduction of flame speed in a parallel-plate crevice-type duct with cold walls, are discussed.
Interaction of a Planar Laminar Premixed Flame with a Perpendicular Wall
Sae Technical Papers
1980 Automotive Engineering Congress and Exposition ; 1980
1980-02-01
Aufsatz (Konferenz)
Englisch
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