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  1. OpenFOAM -- CFD Online Discussion Forums

    Main CFD Forum ANSYS - CFX ANSYS - FLUENT ANSYS - Meshing Siemens OpenFOAM SU2 Members List Show Threads Show Posts Sub-Forums : OpenFOAM Search this Forum Forum …

  2. OpenFOAM v2412 released -- CFD Online Discussion Forums

    Jan 9, 2025 · New version of OpenFOAM-v2412 OpenCFD is pleased to announce the December 2024 release of OpenFOAM® v2412. This release extends OpenFOAM-v2406

  3. blueCFD-Core 2024-1 has been released - CFD Online

    Aug 19, 2024 · Today we at FS Dynamics Portugal have released blueCFD-Core 2024-1, which provides OpenFOAM 12 as a native build for Windows, with OpenFOAM binaries

  4. Multiple AMI rotations -- CFD Online Discussion Forums

    Apr 28, 2025 · Hi guys, Does anybody know how to set up multiple AMI rotations in OpenFOAM 11? I’m trying to simulate a bearing where both the cage (casing)

  5. [OpenFOAM.com] Installation Problems - CFD Online

    Mar 24, 2021 · Hi everyone, I'm trying to learn OpenFoam and i'm having some troubles trying to install the software. Here is what the terminal is giving me back

  6. OpenFOAM v12 Released -- CFD Online Discussion Forums

    Jul 9, 2024 · OpenFOAM v11 Released - See Full Announcement The OpenFOAM Foundation is pleased to announce the release of version 12 of the OpenFOAM open source CFD

  7. OpenFOAM -- CFD-Wiki, the free CFD reference

    OpenFOAM OpenFOAM is a general purpose open-source CFD code. OpenFOAM is written in C++ and uses an object oriented approach which makes it easy to extend. The package …

  8. ANSYS fluent and OpenFoAM comparison - CFD Online

    Feb 21, 2021 · Hi I was comparing ANSYS fluent and OPEN FOAM as a solver recently and was wondering what are the hardcoded difference between them that cannot be

  9. OpenFOAM Community Contributions - CFD Online

    Sep 15, 2017 · OpenFOAM Community Contributions - All times are GMT -4. The time now is 10:03.

  10. calculation of k, epsilon and omega - CFD Online

    Oct 28, 2010 · Hello, i´m a new OpenFOAM user. Could somebody give me a advice, how I can calculate k (turbulent kinematic energy) and epsilon (dissipation rate) on