Comparison of soot radiation in diesel flame given by mathematical model and by experimental data

An integral unidirectional model is established to calculate radiation heat transfer of Diesel flame in the open air and in combustion chamber of engine. Based on the temperature and soot fraction given by the flamlet theory and soot formation model of Tesner-Magnussen, radiation of soot particulat...

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Main Authors: Bui Van Ga, Tran Van Nam, Nguyen Ngoc Linh
Format: Article
Language:English
Published: Publishing House for Science and Technology 2007-09-01
Series:Vietnam Journal of Mechanics
Online Access:https://vjs.ac.vn/index.php/vjmech/article/view/5541
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author Bui Van Ga
Tran Van Nam
Nguyen Ngoc Linh
author_facet Bui Van Ga
Tran Van Nam
Nguyen Ngoc Linh
author_sort Bui Van Ga
collection DOAJ
description An integral unidirectional model is established to calculate radiation heat transfer of Diesel flame in the open air and in combustion chamber of engine. Based on the temperature and soot fraction given by the flamlet theory and soot formation model of Tesner-Magnussen, radiation of soot particulate cloud at different positions of flame is determined and compared with experimental data obtained by the two-color method. The results show that the radiation given by the model is 203 lower than that produced by experiments on the stationary flame in open air. Soot radiation intensity in the Diesel engine increases in function of load and engine speed regimes and its maximum value (about 2000 kW/m2) is reached when the highest pressure is attained in combustion chamber.
format Article
id doaj-art-b8c22fadbf224ba9ba0e7a0cdfa9fc39
institution DOAJ
issn 0866-7136
2815-5882
language English
publishDate 2007-09-01
publisher Publishing House for Science and Technology
record_format Article
series Vietnam Journal of Mechanics
spelling doaj-art-b8c22fadbf224ba9ba0e7a0cdfa9fc392025-08-20T02:55:06ZengPublishing House for Science and TechnologyVietnam Journal of Mechanics0866-71362815-58822007-09-0129310.15625/0866-7136/29/3/5541Comparison of soot radiation in diesel flame given by mathematical model and by experimental dataBui Van Ga0Tran Van Nam1Nguyen Ngoc Linh2The University of DanangThe University of DanangSAMCO, Ho Chi Minh City An integral unidirectional model is established to calculate radiation heat transfer of Diesel flame in the open air and in combustion chamber of engine. Based on the temperature and soot fraction given by the flamlet theory and soot formation model of Tesner-Magnussen, radiation of soot particulate cloud at different positions of flame is determined and compared with experimental data obtained by the two-color method. The results show that the radiation given by the model is 203 lower than that produced by experiments on the stationary flame in open air. Soot radiation intensity in the Diesel engine increases in function of load and engine speed regimes and its maximum value (about 2000 kW/m2) is reached when the highest pressure is attained in combustion chamber. https://vjs.ac.vn/index.php/vjmech/article/view/5541
spellingShingle Bui Van Ga
Tran Van Nam
Nguyen Ngoc Linh
Comparison of soot radiation in diesel flame given by mathematical model and by experimental data
Vietnam Journal of Mechanics
title Comparison of soot radiation in diesel flame given by mathematical model and by experimental data
title_full Comparison of soot radiation in diesel flame given by mathematical model and by experimental data
title_fullStr Comparison of soot radiation in diesel flame given by mathematical model and by experimental data
title_full_unstemmed Comparison of soot radiation in diesel flame given by mathematical model and by experimental data
title_short Comparison of soot radiation in diesel flame given by mathematical model and by experimental data
title_sort comparison of soot radiation in diesel flame given by mathematical model and by experimental data
url https://vjs.ac.vn/index.php/vjmech/article/view/5541
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AT tranvannam comparisonofsootradiationindieselflamegivenbymathematicalmodelandbyexperimentaldata
AT nguyenngoclinh comparisonofsootradiationindieselflamegivenbymathematicalmodelandbyexperimentaldata