ANSYS Fluent across HVAC, aerodynamics, turbomachinery, biomedical flow, and 25 other fields.
We run ANSYS Fluent projects across HVAC, aerodynamics, turbomachinery, biomedical flow, and 25 other fields. You get a meshed geometry, a converged solution, and a report a senior engineer can stake their name on. 15+ years doing exactly this.
Reply in under an hour during work days. NDA on request.
You'll talk to a senior CFD engineer, not a salesperson.
Working with engineering teams in 30+ countries
Run multiphase, LES, and conjugate heat transfer jobs without buying or renting hardware yourself. Queue time stays in hours, not days.
The person who builds your mesh has defended a thesis on it. You get a setup that survives external review, not a click-through job.
No annual licence, no monthly retainer. You pay for the brief in front of us. If the scope changes, we requote before we charge.
Airflow optimization, Thermal management, PUE improvement, Hot/cold aisle containment
Drag reduction, Lift optimization, Wake analysis, Hull hydrodynamics
Conjugate heat transfer, Heat exchanger design, Cooling systems, Combustion
Pump & turbine design, Blade optimization, Cavitation analysis, Performance curves
Blood flow simulation, Respiratory modeling, Drug delivery, Medical device design
Wind load analysis, Pollutant dispersion, River flow modeling, Urban microclimate
Feasibility in 24 to 48 hours. A typical project closes in 1 to 3 weeks. ASHRAE and ISO practices where applicable.
A short note about the geometry, physics, and what you need to know at the end.
We read it, propose an approach, and tell you honestly if it's a fit.
Geometry prep, mesh, solver setup, run on our HPC, post-processing.
Visualisations, results, and a short methodology video.
You'll talk to a senior CFD engineer, not a salesperson.
You'll get a feasibility assessment within 24 to 48 hours of sending the brief. Once you approve the approach, the simulation work starts the same day. For urgent jobs, ask about our priority queue.
A written report with mesh details, boundary conditions, convergence plots, contour and vector plots, quantitative results, and engineering recommendations. A short video walks you through the methodology. Raw ANSYS case and data files on request.
ANSYS Fluent for the solving, ANSYS Meshing and ICEM CFD for the mesh, SpaceClaim for the geometry. If your file is in another format, we'll handle the conversion.
We sign an NDA before any project discussion if you ask for one. Your existing template works for us. Project files are kept on storage only the assigned engineers can read.
Yes. For PhD, Masters, and undergraduate research, we act as a technical consultancy: we help you set up the simulation, build the mesh, and validate results. The understanding and the authorship stay with you. Your supervisor sees exactly what we contributed.
Yes. The HPC and the engineering team handle simulations with millions of mesh elements, multi-phase flows, and complex geometries. A good portion of our recent work has been with large engineering firms running mission-critical jobs.
Yes. If you have a steady stream of CFD work, a retainer gets you a discounted rate and priority on the schedule. Volume agreements are available for teams that need regular HPC access on top of the engineering hours.
Every project includes a mesh independence study, convergence verification, and validation of results against analytical or experimental data. Where the work touches a regulated standard - ASHRAE, API, ASME, ISO - we follow it.
Book a 15-minute discovery call with our lead simulation engineer. No sales pitch, just a sanity check on your brief.
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