Sig CombustionReactingFlows / Third-party code contribution

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1 Coupling Cantera and OpenFOAM

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1.1 References & Contact

author: Bernhard Gschaider

1.2 Description

alternateReactingFoam is a solver to use detailed chemistry and detailed transport by coupling Cantera with OpenFOAM.

Keywords: cantera, reactingFoam, detailed chemistry

1.3 Code

The installation is described on alternateReactingFoam

2 Multi species mass transport

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2.1 References & Contact

If you use this library please cite the following article:

Novaresio V., García-Camprubí M., Izquierdo S., Asinari P., Fueyo N., An Open-Source Library for the Numerical Modeling of Mass-Transfer in Solid-Oxide Fuel Cells, Computer Physics Communications, Elsevier B.V., pp. 22, 2011, Vol. 183, pag. 125-146, ISSN: 0010-4655, DOI: 10.1016/j.cpc.2011.08.003

If you have suggestions, feedback, corrections and further improvements, please contact Novaresio Valerio

2.2 Description

The diffusivityModels library contains a series of classes to compute binary diffusion coefficients (ChapmanEnskog, Wilke, Fuller, Constant) and Knudsen diffusion coefficients for porous media. The multiSpeciesTransportModels library contains a series of models to compute diffusive fluxes (SchmidtNumber, LewisNumber, FickDilutedMixture, Fick, MaxwellStefan).

There are few differences between this library and the paper. Below one can find a short documentation that also describes this differences. The library comes with a solver (a modified version of reactingFoam that can use the multi-species mass library) and with a simple test case for methane laminar combustion (special thanks to Silvano Pautasso). The ./install script copies and compiles all files respectively in $FOAM_USER/lib, $FOAM_USER/applications and $FOAM_USER/run.

Keywords: diffusion, reactingFoam

2.3 Code

The library is fully integrated with OpenFOAM®-1.6-ext.

You can download the library separately: File:MultiSpeciesMassTransportLibrary.zip

3 presumed-PDF, FGM and thickened-Flame

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3.1 References & Contact

Publication: Kröger H., Hassel E., Kornev N. and Wendig D., LES of Premixed Flame Propagation in a Free Straight Vortex, Flow, Turbulence and Combustion, Springer Netherlands, pp. 513-541, Vol. 84: 3 (2010) DOI 10.1007/s10494-009-9242-y

Presentation: Kröger H., Hassel E. and Kornev N., Implementation of Combustion Models for Large Eddy Simulation, 3rd OpenFOAM Workshop 2008 Download presentation author: Hannes Kroeger

3.2 Description

Implementation of three combustion models:

  • Presumed-PDF
  • Flamelet Generated Manifold
  • Thickened Flame

Keywords: presumed-PDF, FGM, Thickened Flame

3.3 Code

The code is available on git repository setup by Dr. Kroeger:

git clone git://git.code.sf.net/p/ofca/code CombustionAddons