Partner with Flowphys
Research partnership identity
How Flowphys joins European research consortia — roles, programme experience, infrastructure and an enquiry path for coordinators.
What Flowphys brings to a European research consortium
01
Excellence
- Original solvers and numerical methods developed in-house
- Coupled multi-physics across fluids, structures, materials, electromagnetics and networks
- Scientific AI and foundation-model research
- Optimisation, uncertainty quantification and reduced-order models
- Method development beyond the menus of standard commercial software
02
Impact
- SimuPort demonstrators built from approved project results
- Open and controlled research access, matched to what the consortium can release
- Reproducibility and validation against experiment or published benchmarks
- Training and stakeholder engagement through runnable models
- Continued availability of approved results after the project ends
- Pathways to uptake by other researchers and by industry
03
Quality and efficiency of implementation
- Coordination and work-package leadership
- Task delivery across a sustained record of EU projects
- Integration of models contributed by multiple partners
- In-house high-performance computing
- Custom software development to project requirements
- Reporting, dissemination and platform operation
Role types
- Coordinator
- Work package lead
- Task lead
- Technology provider
- Dissemination and demonstration partner via SimuPort
Programme experience
- Horizon Europe
- H2020
- Eurostars
- Research Council of Norway
In-house HPC
In-house high-performance computing servers operated by Flowphys, used for simulation, batch metamodel training and hosting of the SimuPort platform.
Cloud
Browser access through SimuPort. Public simulators need no installation and no licence request.
Desktop and on-premises
The full suite on local workstations or a project's own servers, keeping data inside the organisation.
Air-gapped and off-grid
Operation on isolated infrastructure for consortia handling sensitive industrial data or with data sovereignty requirements.
Three access modes
Flowphys can turn approved, publishable project results into public simulators, and can provide controlled or private environments where open publication is not appropriate.
Open access to run a simulator is not the same as open data, and neither is the same as open-source software. Free browser access to a simulator does not imply that the code, models or datasets are open. Keep these three distinct in all copy.
public
Public demonstrator
Results approved for public dissemination and unrestricted access
controlled
Controlled-access demonstrator
Project partners, evaluators, reviewers or authorised stakeholder groups
private
Private or air-gapped deployment
Sensitive industrial data, proprietary models or embargoed results
Contact for a consortium
Include the proposal deadline so Flowphys can respond in time.