Add to ORKGA three-dimensional combustion model with couples turbulent flow statistics with radiative properties was used to evaluate the effect of soot on radiative transfer in an industrial-scale furnace. Radiation and soot formation models are presented which include the nonlinear turbulence effects of radiative absorption and emissions.
We investigate the radiative heat transfer in a co-flowing turbulent nonpremixed propane-air flame i...
International audienceThe aim of this paper is to study the effect of radiative heat transfer on soo...
A coupled radiation/flamelet combustion model is applied to the simulation of a turbulent diffusion ...
International audienceDue to the relevant contribution of radiative transfer in the global energy ba...
Soot and radiation play an important role when designing practical combustion devices, and great eff...
This paper presents a numerical study on the application of three widely adopted soot models and the...
5th Eurotherm Conference No 105 on Computational Thermal Radiation in Participating Media, Albi, FRA...
The mechanisms governing the formation and destruction of soot in turbulent combustion are intimate...
Current ability to predict radiation heat release from large fires via numerical simulation is limit...
The effect of soot particles and aggregates on radiative heat transfer in bubbling fluidized bed com...
Control of soot production and oxidation, and reduction of the ensuing emissions from combustion pro...
We investigate the radiative heat transfer in a co-flowing turbulent non-premixed propane-air flame ...
Control of soot production and oxidation, and reduction of the ensuing emissions from combustion pro...
Abstract. Much progress has been made in radiative heat transfer modeling with respect to treatment ...
Accurate combustion models are necessary to predict, among other effects, the production of pollutan...
We investigate the radiative heat transfer in a co-flowing turbulent nonpremixed propane-air flame i...
International audienceThe aim of this paper is to study the effect of radiative heat transfer on soo...
A coupled radiation/flamelet combustion model is applied to the simulation of a turbulent diffusion ...
International audienceDue to the relevant contribution of radiative transfer in the global energy ba...
Soot and radiation play an important role when designing practical combustion devices, and great eff...
This paper presents a numerical study on the application of three widely adopted soot models and the...
5th Eurotherm Conference No 105 on Computational Thermal Radiation in Participating Media, Albi, FRA...
The mechanisms governing the formation and destruction of soot in turbulent combustion are intimate...
Current ability to predict radiation heat release from large fires via numerical simulation is limit...
The effect of soot particles and aggregates on radiative heat transfer in bubbling fluidized bed com...
Control of soot production and oxidation, and reduction of the ensuing emissions from combustion pro...
We investigate the radiative heat transfer in a co-flowing turbulent non-premixed propane-air flame ...
Control of soot production and oxidation, and reduction of the ensuing emissions from combustion pro...
Abstract. Much progress has been made in radiative heat transfer modeling with respect to treatment ...
Accurate combustion models are necessary to predict, among other effects, the production of pollutan...
We investigate the radiative heat transfer in a co-flowing turbulent nonpremixed propane-air flame i...
International audienceThe aim of this paper is to study the effect of radiative heat transfer on soo...
A coupled radiation/flamelet combustion model is applied to the simulation of a turbulent diffusion ...