Numerical study of kerosene spray and combustion characteristics using an air-blast atomizer

Numerical study of kerosene spray and combustion characteristics using an air-blast atomizer

In this study, a computational model for a cylindrical combustor with an air-blast atomizer was created to investigate the effect of changing air to liquid mass ratio (ALR) on spray characteristics without combustion and the effect of changing ALR on combustion characteristics under different swirl...

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Bibliographic Details
Main Authors: Elsakka, M.M (Author), Elzallat, A.M (Author), Farag, T.M (Author), Gad, H.M (Author), Ibrahim, I.A (Author)
Format: Article
Language:English
Published: Elsevier Ltd 2022
Subjects:
Air
Airblast atomizer
Air-blast atomizer
Atomizing air
CFD
Combustion
Combustion characteristics
Combustors
Computational fluid dynamics
Computational Fluid Dynamics codes
Droplet diameters
Drops
Kerosene
Mass ratio
Mass transfer
Reverse flow zone
Spray and combustion
Spray characteristics
Spray combustion
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