Engineering Service
Build production CFD workflows and multi-physics simulation tools on top of OpenFOAM and Python — enabling virtual prototyping and repeatable, decision-ready fluid analysis pipelines. Move beyond one-off runs to automated case management for parametric studies, design optimization, and engineering reporting.
Real implementations in this service area
An automated CFD workflow for shell-and-tube heat exchanger geometry variants — running OpenFOAM cases in batch, extracting heat transfer coefficients, and producing a structured performance database for design selection.
A Python-based results processing and visualization platform for CFD engineers — automating extraction of pressure, velocity, and heat flux fields from OpenFOAM outputs and rendering them in interactive dashboards.
A case management system for running parametric CFD campaigns — varying inlet conditions, geometry parameters, and boundary conditions across hundreds of cases with automatic result aggregation.
Realistic use cases we could build in this domain
A browser interface for HVAC engineers to define room geometry, diffuser positions, and occupancy loads — triggering OpenFOAM on the back end and visualizing airflow and thermal comfort results.
An automated CFD workflow for generating fan or pump performance maps — running OpenFOAM across operating points and fitting performance curves for design tool integration.
A CFD-based platform for simulating pollutant or gas dispersion in industrial or urban environments — supporting environmental impact assessments and safety zone planning.
Ready to scope your project?
Get a technical assessment from an engineer who understands your domain — not a sales team.
Common questions about this service area and how we approach it.
CFD software development goes beyond running simulations — it builds the workflow automation, case management, post-processing, and reporting layers that turn CFD into a repeatable engineering tool. This enables parametric studies, virtual prototyping, and integration of CFD outputs into broader decision processes.
OpenFOAM is open source with no per-seat or per-solve licensing costs, and it is fully customizable at the solver level. For teams running many parametric cases, doing multi-physics simulation, or deploying CFD inside custom software, it provides flexibility and cost control that commercial platforms don't.
Yes. We build web applications that expose CFD simulation inputs, run OpenFOAM on the back end, and visualize results — making virtual prototyping and fluid analysis accessible to non-expert users in your organization.
Yes. We cover the full workflow from geometry preparation and meshing through solver configuration, execution, and post-processing automation.
Review case studies with quantified engineering and process impact across thermal, vibration, and digital twin projects.