Reusable launcher aerodynamic databases
CFD support for the SALTO T3 vehicle, from aerodynamic database generation to DLR wind-tunnel campaigns and flight-condition extrapolation.
Validated CFD for confidentengineering decisions
Based at EPFL Innovation Park in Lausanne, Switzerland, our specialists help international
engineering teams model fluid dynamics, thermal behaviour, and multiphysics
to support data-backed design decisions.
High-fidelity CFDReal-world impact
Resolving complex flow physics into validated, decision-ready evidence for advanced engineering teams.
CFD and engineering services
CFS Engineering supports aerodynamic, aerothermal, fluid–structure interaction, and tailored CFD work for engineering decisions.
Aerodynamic loads
You need reliable forces, moments, stability, or performance data across configurations and operating points.
Explore the decisions we supportAerothermal protection
Heating, hot-gas physics, or thermal-protection uncertainty is constraining a re-entry or propulsion design.
Explore the decisions we supportWind-tunnel correlation
Ground tests do not cover the complete operating envelope, or the difference between test and flight conditions must be understood.
Explore the decisions we supportDynamic stability
Separation, wakes, buffeting, or oscillatory motion may create loads and stability behaviour that steady analysis cannot resolve.
Explore the decisions we supportAeroelastic coupling
Fluid loading and structural deformation interact, making one-way or uncoupled assumptions unreliable.
Explore the decisions we supportIndustrial & biofluid CFD
A pump, biofluid, transport, smoke, or natural-convection problem needs a workflow shaped around its particular physics.
Explore the decisions we support
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At CFS Engineering, your
work as a unified team.
Access a complete simulation team without the overhead of assembling one.
The specialists stay close to the work
You work with the engineers shaping the model, running the simulations, and translating the results for the wider programme.
- Direct access to the senior specialists working on your case
- Modelling, project delivery, and design questions stay in one conversation
- Specialist capacity without the overhead of building another internal team
Engineering work with evidence behind it
Selected aerospace, fluid–structure interaction, and biofluid cases connect engineering questions with CFD analysis and published references.
See more projectsAerospace, FSI, and biofluid engineering cases
Trajectory-resolved Mars entry and descent
Steady and unsteady CFD, wind-tunnel reconstruction, and dynamic stability evidence across the Mars entry-to-descent trajectory.
Aeroelastic loads for severe manoeuvres
Static and dynamic fluid–structure interaction for Swiss operational conditions, including vertical-tail buffeting and coupled load generation.
Cardiovascular biofluid simulations
Three-dimensional CFD studies of aortic-root haemodynamics and valve procedures, supported by published cardiovascular flow research.
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Frequently asked questions
How do you handle security for sensitive simulation projects?
We discuss security from the start. Together, we review access, data flows, credentials, retention, and the compute environment to match your project’s needs.
Can you run simulations on a private cluster?
Yes. We can use a private or on-premises cluster if it has the required software, capacity, and access controls. We agree on execution, data transfers, and responsibilities before setup.
How do you handle confidentiality and data protection?
We only access what the project requires. Where possible, models, results, and supporting data stay in the agreed infrastructure. We limit access to the project team and agree on data handling and retention up front.