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Numerical Study On the Premixed Combustion in Porous Media Burner

机译:多孔介质燃烧器预混燃烧的数值研究

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The phenomenon of combustion of a gaseous mixture in a two-dimension alumina (Al_2O_3) particle packed bed porous media burner is studied by means of a numerical simulation with FLUENT software using two-step reaction mechanism. The Eddy-dissipation-concept (EDC) model, the standard k-ε model and the Discrete- Ordinates (DO) radiation model are used in this paper. It is concluded that the methane/air gas mixture with lower equivalence ratio or with faster inlet velocity, can achieve the faster wave propagates. The methane/air gas mixture with lower equivalence ratio or with faster inlet velocity, can achieve the faster wave propagates.
机译:通过使用两步反应机制的流畅软件的数值模拟研究了一种双级氧化铝(Al_2O_3)颗粒包装床多孔介质燃烧器中的气态混合物的燃烧现象。本文使用了涡流 - 耗散 - 概念(EDC)模型,标准K-ε模型和离散 - 纵向(DO)辐射模型。得出结论,甲烷/空气气体混合物具有较低的等效比或更快的入口速度,可以实现更快的波传播。甲烷/空气气体混合物具有较低的等效比或更快的入口速度,可以实现更快的波传播。

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