OpenFOAM is leading software for computational fluid dynamics (CFD). It is licensed free and open source only under the GNU General Public Licence (GPL) by the OpenFOAM Foundation.
OpenFOAM Training
Unlock the power of OpenFOAM to deliver robust CFD solutions. Essential, Applied and Programming OpenFOAM Training courses from the Architects of OpenFOAM.
OpenFOAM Development
Our team undertakes OpenFOAM Development projects and code customisation, with experience of managing and executing over 100 development projects.
OpenFOAM Support
OpenFOAM Support, direct from the founders and architect of OpenFOAM, covering software deployment and operation, CFD practice, and code customisation.
OpenFOAM v5 Training
In Autumn 2017, CFD Direct are running their OpenFOAM Training courses — Essential CFD, Applied CFD and Programming CFD — fully updated with the latest features of the new version 5 release of OpenFOAM. Essential and Applied CFD courses are available: 25-28 Sep, London UK, and 16-19 Oct, Chicago USA with limited places via the Internet; 6-9 November, Munich Germany. Programming CFD is available 12-13 Sep and 3-4 Oct as Virtual Training. We use new features in OpenFOAM v5 to give our participants the confidence to carry out CFD analysis, repeatedly, to a defined standard in a timely manner.
CFDDFC Command Line Interface
CFD Direct From the Cloud (CFDDFC) is our established platform for running OpenFOAM, ParaView and supporting software using cloud computing. We are pleased to announce the release of our CFDDFC command line interface (CLI) for quick, simple, deployment of OpenFOAM CFD workloads with CFDDFC on Amazon EC2. The CLI is a simple shell script named “cfddfc” that users can follow a few short short steps to get running. It uses EC2 Spot Instances by default, and provides cost estimates for data transfer to help users run workloads at lowest cost.
Water Waves in OpenFOAM
In May 2017, we implemented water wave modelling into the public, development line of OpenFOAM (OpenFOAM-dev), to simulate flow conditions experienced in marine and offshore engineering, e.g. on a ship in open water. The initial implementation includes the first order Airy wave and the second order Stokes wave (Stokes II), a second-order accurate utility to apply waves for case initialisation to the entire domain. A verticalDamping source (fvOption) provides wave damping towards outlet regions and an interfaceHeight function object processes interface elevation at specified locations.
OpenFOAM Barycentric Tracking
In April 2017, we added barycentric tracking into the public, development line of OpenFOAM (OpenFOAM-dev), as a complete replacement to the tracking algorithm that existed in OpenFOAM for over 10 years. Barycentric tracking works on any decomposed tet mesh, irrespective of mesh quality, including poor quality, flat and inverted tetrahedra. The new development was funded from the €100 k for OpenFOAM maintenance, raised through the OpenFOAM Foundation in 2017, in which “particles and tracking” was identified as an area in OpenFOAM “requiring significant code refactoring and/or rewriting”.