ANALYSIS OF THERMAL CHARACTERISTICS OF POROUS RADIANT BURNERS BY TWO-FLUX RADIATION MODEL

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OMID PANAH M.; GANJ ALI KHAN NASAB S.A.A.R.

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Journal: AMIRKABIR Year:2008 | Volume:18 | Issue:67-B Page(s): 21-29

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Title

ANALYSIS OF THERMAL CHARACTERISTICS OF POROUS RADIANT BURNERS BY TWO-FLUX RADIATION MODEL

Author(s)

OMID PANAH M. | GANJ ALI KHAN NASAB S.A.A.R. | Issue Writer Certificate

Keywords

POROUS RADIANT BURNERSQ3

TWO-FLUX MODELQ3

Abstract

This paper describes a theoretical study to investigate the heat transfer characteristics of POROUS RADIANT BURNERS. A one dimensional model is used to solve the governing equations for porous medium and gas flow before the premixed flame to the exhaust gas. Combustion in the porous medium is modeled as a spatially dependent heat generation zone. The homogeneous porous media, in addition to its convective heat exchange with the gas, may absorb, emit and scatter thermal radiation. In the computation, the radiation effect in the gas flow is neglected but the conductive heat transfer is considered into account. In order to analyze the thermal characteristics of porous burners, the coupled energy equations for the gas and porous medium based on two-flux radiation model are solved numerically and the effect of various factors on the performance of POROUS RADIANT BURNERS are determined. Comparison between the present results with those obtained by other investigators shows a good agreement.

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APA: Copy

OMID PANAH, M., & GANJ ALI KHAN NASAB, S.A.A.R.. (2008). ANALYSIS OF THERMAL CHARACTERISTICS OF POROUS RADIANT BURNERS BY TWO-FLUX RADIATION MODEL. AMIRKABIR, 18(67-B), 21-29. SID. https://sid.ir/paper/747/en

Vancouver: Copy

OMID PANAH M., GANJ ALI KHAN NASAB S.A.A.R.. ANALYSIS OF THERMAL CHARACTERISTICS OF POROUS RADIANT BURNERS BY TWO-FLUX RADIATION MODEL. AMIRKABIR[Internet]. 2008;18(67-B):21-29. Available from: https://sid.ir/paper/747/en

IEEE: Copy

M. OMID PANAH, and S.A.A.R. GANJ ALI KHAN NASAB, “ANALYSIS OF THERMAL CHARACTERISTICS OF POROUS RADIANT BURNERS BY TWO-FLUX RADIATION MODEL,” AMIRKABIR, vol. 18, no. 67-B, pp. 21–29, 2008, [Online]. Available: https://sid.ir/paper/747/en

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