Abstract
The radiative transfer is, except few particular cases, the main transfer mode in industrial combustion chambers of furnaces and boilers. After a first analysis the model chosen represents the best compromise computation time-accuracy. The discrete transfer method was adapted to fit any mesh and a radiation model for gases was incorporated. A first validation allowed the comparison of results with those obtained from other models. The experimental results of combustion chambers (gas flame and oil flame) allowed the validation of the radiation model more accurately taking into account the temperature as well as different chemical species calculated by the code. This validation required a study and an improvement of the combustion model to get a correct validation of a radiative transfer model.
Citation Formats
Martin, A.
Radiation-convection coupling model applied to industrial diffusion flames.
France: N. p.,
1992.
Web.
Martin, A.
Radiation-convection coupling model applied to industrial diffusion flames.
France.
Martin, A.
1992.
"Radiation-convection coupling model applied to industrial diffusion flames."
France.
@misc{etde_10136345,
title = {Radiation-convection coupling model applied to industrial diffusion flames}
author = {Martin, A}
abstractNote = {The radiative transfer is, except few particular cases, the main transfer mode in industrial combustion chambers of furnaces and boilers. After a first analysis the model chosen represents the best compromise computation time-accuracy. The discrete transfer method was adapted to fit any mesh and a radiation model for gases was incorporated. A first validation allowed the comparison of results with those obtained from other models. The experimental results of combustion chambers (gas flame and oil flame) allowed the validation of the radiation model more accurately taking into account the temperature as well as different chemical species calculated by the code. This validation required a study and an improvement of the combustion model to get a correct validation of a radiative transfer model.}
place = {France}
year = {1992}
month = {Dec}
}
title = {Radiation-convection coupling model applied to industrial diffusion flames}
author = {Martin, A}
abstractNote = {The radiative transfer is, except few particular cases, the main transfer mode in industrial combustion chambers of furnaces and boilers. After a first analysis the model chosen represents the best compromise computation time-accuracy. The discrete transfer method was adapted to fit any mesh and a radiation model for gases was incorporated. A first validation allowed the comparison of results with those obtained from other models. The experimental results of combustion chambers (gas flame and oil flame) allowed the validation of the radiation model more accurately taking into account the temperature as well as different chemical species calculated by the code. This validation required a study and an improvement of the combustion model to get a correct validation of a radiative transfer model.}
place = {France}
year = {1992}
month = {Dec}
}