JOURNAL ARTICLE

Spark Ignition of Turbulent Premixed and Non-premixed Opposed Jet Flames

Abstract

The probabilistic nature of ignition of premixed and non-premixecl turbulent opposed-jet flames has been examined and the flame structures following ignition have been visualized directly and with OH-PLIF. It has been found that high bulk velocities decrease the ignition probability in all locations and for all flames. Ignition is sometimes possible even in locations where there is negligible probability of finding flammable mixture and is sometimes impossible in locations with high probability of flammable fluid. The edge flame propagation speed is also estimated.

Keywords:
SPARK (programming language) Ignition system Turbulence Jet (fluid) Mechanics Materials science Combustion Spark discharge Aerospace engineering Physics Chemistry Computer science Engineering Electrode

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Topics

Combustion and flame dynamics
Physical Sciences →  Engineering →  Computational Mechanics
Fire dynamics and safety research
Physical Sciences →  Engineering →  Safety, Risk, Reliability and Quality
Combustion and Detonation Processes
Physical Sciences →  Engineering →  Aerospace Engineering

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