Tracker comes with its own Java VM and Xuggle video engine. To install Tracker, download and run the appropriate installer using the links at the top of the page. For more information see Particle Model Help or AAPT Summer Meeting posters Video Modeling (2008) and Video Modeling with Tracker (2009). Tracker video modeling is a powerful way to combine videos with computer modeling. It is designed to be used in physics education. While our commitment is to maintain SimWorks free we offer training courses and we also develop SimWorks Manager which expands SimWorks including a simulation manager aimed at handling multiple simulations at the same time and it is aimed at enterprises and professional users, visit also our company vision page for more info.Tracker is a free video analysis and modeling tool built on the Open Source Physics (OSP) Java framework. It is also our company vision to bring CFD modelling to a broader audience and the best way to achieve this is in our opinion to deliver a user friendly and free CFD software capable of quickly delivering reliable results for a new idea or concept. We believe that accessing a broader audience will allow us to develop SimWorks faster and more effectively, please share with us any issues you may find using SimWorks or give us any feedback as this will help developing SimWorks in the future in a more effective way. We also want to encourage students and young professionals to use it and share with us and with our community their CFD models and results. SimWorks is an ideal tool for people approaching CFD for the first time and we did not want to put up any access barriers to them, so we decided not only to deliver SimWorks free of charge but also not to put any registration barriers to access it.

For a complete overview download the brochure here.

Additional features are available in SimWorks Manager.

Code signed and timestamped by WebTrust-certified certificate authority (CAs) GlobalSign, see also the SimWorks security guide.

Supports internal and external aerodynamics simulations.

Automatic recognition and parsing of geometrical entities defined in the original CAD.Unlimited local parallel computing capabilities for meshing and solving.2D plot application to create graphs for data analysis.

3D field application to inspect solution fields (2D and 3D).

Live data console to follow the simulation progress and display the convergence history.

3D interactive viewer to check mesh quality before running the simulation.

Fully automated meshing with advanced pre-processing capabilities.

Integrated GUI for geometry inspection, pre-processing, case setup, solving and post-processing.

Built on well established open-source software for meshing and solving like OpenFOAM®.

Free modeling and simulation software