Our CFD Methodology & Mission
We build high-fidelity simulation frameworks built entirely on open-source solvers, delivering commercial-grade accuracy without the burden of licensing fees.
Why Open-Source CFD?
In the modern engineering landscape, software license costs for solvers like ANSYS Fluent or STAR-CCM+ can consume a massive portion of project budgets. We believe that physics should not be gated behind subscription fees.
By leveraging robust open-source solvers such as OpenFOAM and SU2, we provide unlimited scaling capacity. Whether your simulation requires 4 cores or 400 cores on an HPC cluster, you pay only for computing time and engineering expertise—never for software seats.
Custom Solver Development
Our team doesn't just run solvers; we build on top of them. We develop custom boundary conditions, physical models, and automated post-processing scripts in C++ and Python to fit the unique requirements of our clients.
Core Advantages
- Zero Software License Fees
- Massive Parallel HPC Scaling
- Fully Transparent Source Code
- Custom Physics Customizations
- Validated against ASME Standards
Our Verified Open-Source Stack
We configure stable, benchmarked open-source platforms to handle complex industrial simulations.
OpenFOAM
The industry-standard finite volume library for general CFD, turbulence modelling, and CHT solvers.
SU2 Solver
Developed at Stanford, SU2 is optimized for compressible aerodynamics, shape design, and PDE optimization.
FDS (NIST)
Fire Dynamics Simulator, specialized in low-speed, buoyant transport flows driven by heat sources.
Salome
Full integration platform for CAD cleaning, mesh generation, and mesh partitioning.
ParaView
Advanced scientific data visualizer for streamline rendering, vector maps, and volume rendering.
FreeCAD
Parametric open CAD modular tool used to prepare 3D models for clean meshing pipelines.