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Chris Greenshields

OpenFOAM 2.3.1 Released

OpenFOAM 2.3.1 is a patch release of version 2.3.0 that fixes critical bugs and improves usability and consistency in the code with over 400 code commits and over 800 file changes. As a patch release, we strongly recommend users of v2.3.0 upgrade to this version. Version 2.3.1 is distributed as:

  • a packaged installation for Ubuntu Linux — the simplest installation option for OpenFOAM;
  • a source pack for compilation on other Linux distributions.

10th December 2014

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OpenFOAM 2.3.0 Released

OpenFOAM version 2.3.0 is a major release of OpenFOAM with numerous new features, distributed as:

  • a packaged installation for Ubuntu Linux — the simplest installation option for OpenFOAM;
  • a packaged installation for SuSE Linux;
  • a packaged installation for RedHat Enterprise Linux;
  • a source pack for compilation on other Linux distributions.

17th February 2014

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OpenFOAM 2.3.0: Post-processing

Function Objects OpenFOAM can carry out post-processing automatically while the simulation is running using function objects. In v2.3.0, a distinction is made between when a function object evaluates, and when it writes to file. The respective behaviour is controlled using the new evaluateControl and existing outputControl keyword settings. The specification […]

17th February 2014

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OpenFOAM 2.3.0: Parallel Running

Mesh Decomposition and Reconstruction The following improvements have been made to mesh decomposition and reconstruction utilities: reconstructPar, reconstructParMesh and decomposePar now decompose, reconstruct all cell sets, face sets and point sets; this behaviour can be disabled by executing with the -noSets command line option. The decomposeParDict file contains some optional […]

17th February 2014

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OpenFOAM 2.3.0: Numerical Methods

Polynomial Surface Normal Gradient The surface normal gradient calculation, snGrad, is integral to pressure-velocity algorithms on unstructured meshes and the choice of method has an important impact on both accuracy and stability. 2nd-order accuracy on arbitrary unstructured meshes cannot be achieved using an snGrad calculated on a face only from […]

17th February 2014

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OpenFOAM 2.3.0: Physical Modelling

Particle Tracking In previous versions of OpenFOAM, patch injection models would inject new parcels at locations between the centres of the boundary face and near-wall cells, leading to a parcel distribution with an ordered structure which would persist for some time unless dispersion was applied. In v2.3.0, particles injected at […]

17th February 2014

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