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AeroSim for Academia

We work with universities and research groups - solver access for research, joint publications, and support for students in wind engineering and CFD.

Academic program

Built with the research community

AeroSim grew out of academic research in computational wind engineering. Here is how we like to collaborate with universities, labs, and students.

Run AeroSim in your research

Academic access to our GPU-accelerated LES/LBM solver, so your group can run high-fidelity wind simulations without standing up its own HPC stack.

Special academic terms for universities and research groups
The same validated solver behind our papers and consulting
Cloud-based - no local cluster or CUDA setup needed
A good fit for funded research, theses, and course projects

Publish together

We collaborate on peer-reviewed research in wind engineering and CFD - from validation studies to new applications of the method.

Co-authored journal and conference papers
Validation and benchmark studies using AeroSim
A track record across JWEIA, ICWE, EACWE and more
Methodology support from the team behind the Nassu solver

Support for students and classrooms

From an MSc dissertation to a graduate course, we help students reach meaningful CFD results without a steep tooling learning curve.

Guidance for MSc and PhD wind and CFD projects
Classroom and teaching use for wind engineering courses
Documentation, guided cases, and a clear workflow
A modern complement to wind-tunnel coursework

Validation cases and reference data

Reproduce and build on our work. Our validation portfolio documents the cases, setups, and reference results behind the solver.

Open validation portfolio of canonical wind engineering cases
Documented boundary conditions and setups
Reference results to benchmark your own simulations
Links into our theory and validation guides
Browse the validation portfolio

Let's collaborate

Tell us about your group and what you're working on - we'll find the best way to support your research.