Stefano Murrieri
EXPERIMENTAL STUDY OF THE EXTINCTION OF A DIFFUSION FLAME BY BLOWING A SINGLE AIR JET IN CROSS CONFIGURATION.
Rel. Stefano D'Ambrosio. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Meccanica, 2022
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Abstract
This work is constituted by an experimental study contemplating the testing of diffusion flames that have been extinguished with a perpendicular jet of air. The influence on flame extinction has been analyzed considering the variation of four types of parameters: (i) propane and methane fuel, (ii) fuel-air velocity ratio, (iii) burner nozzle diameter, and, finally, (iv) axial distance between the burner outlet and the air jet location. This work has aimed to address the problem experimentally by analyzing image visualization techniques to determine the type of air-jet that has been injected and the type of extinction that has been produced by varying the aforementioned geometrical and fluid parameters.
If we focus on the air jet, it has been verified using flow visualizations that with an increase in air-jet velocity there are patterns corresponding to a laminar (L), transient or non-stationary (NE), or turbulent (T) regime in the region close to the outlet of the jet
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