Elevate your Computational Fluid Dynamics (CFD) Adoption

Importing CAD files in various formats is supported along with easy merging and splitting. Users can create basic shapes within the environment. 3D graphics with a variety of capabilities to make it easy to visualize the geometry data.

The HPC plugin makes it easy to send jobs from afar. It works smoothly on both Linux and Windows. Plus, it helps manage simulations better, letting you pause, restart, or tweak inputs without any interruptions, which is great for CFD engineers.

The meshing process in OpenFOAM is automated for specific problems, requiring minimal user input. Experienced CFD engineers can access all SnappyHexMesher features through an intuitive interface. Additional tools like mesh scaling and importing from other CFD software enhance efficiency.

Tridiagonal customizes OpenFOAM for diverse physics, rigorously testing the solver for reliability. An intuitive interface streamlines case setup with optimized defaults. Real-time monitoring tracks simulation progress, while additional features improve usability, like boundary condition compatibility and initial condition interpolation.

A light weight OpenFOAM centric post processing engine is developed which provides all the typical features required by the CFD engineers like easy creation of contours, vectors, pathlines & custom fields etc, reporting average vales over planes & boundary surfaces, ability to create line plots, CSV export & animations, saving views and state for comparative study of multiple designs, and exporting results for other post processors.

Tridiagonal enhances OpenFOAM usability and productivity with utility features like tab-wise guided workflow, optimized default settings, and advanced options for experts. User authorization via licensing, input validation before simulation submission, a materials library, and simulation activity management streamline sharing and reuse of cases and data.