Rеvuе des Energies Renouvelables
Volume 12, Numéro 1, Pages 55-62
2009-03-31
Authors : Boussouara K. . Kadja M. .
Diesel engines emit a Large amount of pollutants essentially soot particles. This paper describes a 3D modeling on platform of a 3-D code for engine thermodynamic simulation Kiva-3V. A Hiroyasu model for soot formation was used originally, it’s a twostep Empirical model has been implanted in the code. This study was conducted to predict the emission of pollutants such soot more accurately and to enhance understanding of the pollutant formation process. The simulation was carried out by using a supercharged direct injected single cylinder diesel engine for heavy-duty applications.
Soot model, Flame, Simulation, Soot formation rate, Soot oxidation rate.
Lalmi D.
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Hadef R.
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pages 38-42.
Tangka J.k.
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Tchakoua P.
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Fotsin H.
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Fomethe A.
.
pages 591-602.
Ahmed Dahia
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Faiza Zidouni
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Amine Boualouache
.
Amina Lyria Cheridi
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Amel Dadda
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pages 24-37.
Aliouali A.
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Talbi K.
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Kadja M.
.
pages 551-564.