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Combustion Science and Technology Volume 25, 1981 - Issue 5-6
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Original Articles

A Monte Carlo Method for the PDF Equations of Turbulent Reactive Flow

S. B. POPE
Pages 159-174 | Published online: 02 Apr 2008

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Haifeng Wang & StephenB. Pope. (2008) Time-averaging strategies in the finite-volume/particle hybrid algorithm for the joint PDF equation of turbulent reactive flows. Combustion Theory and Modelling 12:3, pages 529-544.
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J. Galpin, C. Angelberger, A. Naudin & L. Vervisch. (2008) Large-eddy simulation of H2–air auto-ignition using tabulated detailed chemistry. Journal of Turbulence 9.
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A.M. Baig & R.E. Milane. (2004) Vortex-In-Cell and Probability Density Function Approach for a Passive Scalar Field in a Mixing Layer. International Journal of Computational Fluid Dynamics 18:3, pages 247-263.
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P. DURAND, M. GOROKHOVSKI & R. BORGHI. (1999) An Application of the Probability Density Function Model to Diesel Engine Combustion. Combustion Science and Technology 144:1-6, pages 47-78.
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J.-Y. CHEN & W.-C. CHANG. (1998) Modeling Differential Diffusion Effects in Turbulent Nonreacting/Reacting Jets with Stochastic Mixing Models. Combustion Science and Technology 133:4-6, pages 343-375.
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C. Zhang, T. Ishii & S. Sugiyama. (1997) NUMERICAL MODELING OF THE THERMAL PERFORMANCE OF REGENERATIVE SLAB REHEAT FURNACES. Numerical Heat Transfer, Part A: Applications 32:6, pages 613-631.
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W. P. JONES & M. KAKHI. (1997) Application of the Transported pdf Approach to Hydrocarbon-Air Turbulent Jet Diffusion Flames. Combustion Science and Technology 129:1-6, pages 393-430.
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G. J. SABINI, G. S. SHIEH & P. GIVI. (1996) MODELING OF THE FLUCTUATIONS AND THE FREQUENCY-SPECTRA OF REACTANTS IN TURBULENT SCALAR MIXING LAYERS. Chemical Engineering Communications 154:1, pages 147-181.
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INGER. GRAN & BJØRNF. MAGNUSSEN. (1996) A Numerical Study of a Bluff-Body Stabilized Diffusion Flame. Part 2. Influence of Combustion Modeling And Finite-Rate Chemistry. Combustion Science and Technology 119:1-6, pages 191-217.
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J.-Y. CHEN, W.-C. CHANG & M. KOSZYKOWSKI. (1995) Numerical Simulation and Scaling of NOx Emissions from Turbulent Hydrogen Jet Flames with Various Amounts of Helium Dilution. Combustion Science and Technology 110-111:1, pages 505-529.
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N. S. A. SMITH, R. W. BILGER, C. D. CARTER, R. S. BARLOW & J. -Y. CHEN. (1995) A Comparison of CMC and PDF Modelling Predictions with Experimental Nitric Oxide LIF/Raman Measurements in a Turbulent H2 Jet Flame. Combustion Science and Technology 105:4-6, pages 357-375.
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K. N. LAKSHMISHA, B. ROGG & K. N. C. BRAY. (1995) PDF Modelling of Autoignition in Nonpremixed Turbulent Flows. Combustion Science and Technology 105:4-6, pages 229-243.
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R. S. MILLER, S. H. FRANKEL, C. K. MADNIA & P. GIVI. (1993) Johnson-Edgeworth Translation for Probability Modeling of Binary Scalar Mixing in Turbulent Flows. Combustion Science and Technology 91:1-3, pages 21-52.
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J.-Y. CHEN, W. KOLLMANN & R. W. DIBBLE. (1989) Pdf Modeling of Turbulent Nonpremixed Methane Jet Flames. Combustion Science and Technology 64:4-6, pages 315-346.
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D. C. Haworth, M. C. Drake & R. J. Blint. (1988) Stretched Laminar Flamelet Modeling of a Turbulent Jet Diffusion Flame. Combustion Science and Technology 60:4-6, pages 287-318.
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M. Nikjooy, M. Nikjooy, R. M. C. So & R. E. Peck. (1988) Modelling of Jet- and Swirl-stabilized Reacting Flows in Axisymmetric Combustors. Combustion Science and Technology 58:1-3, pages 135-153.
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W. A. SIRIGNANO. (1987) Molecular Mixing in a Turbulent Flow: Some Fundamental Considerations. Combustion Science and Technology 51:4-6, pages 307-322.
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G. KOSALY. (1986) Theoretical Remarks on a Phenomenological Model of Turbulent Mixing. Combustion Science and Technology 49:5-6, pages 227-234.
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T. V. NGUYEN & S. B. POPE. (1984) Monte Carlo Calculations of Turbulent Diffusion Flames. Combustion Science and Technology 42:1-2, pages 13-45.
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P. GIVI, W. A. SIRIGNANO & S. B. POPE. (1984) Probability Calculations for Turbulent Jet Flows with Mixing and Reaction of NO and O3 . Combustion Science and Technology 37:1-2, pages 59-78.
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S. B. POPE. (1982) An Improved Turbulent Mixing Model. Combustion Science and Technology 28:3-4, pages 131-145.
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