Materials
Decks, papers, documentation, validation and simulation videos - everything that backs our work, organised so you can jump straight to what you need.
Download the presentationStart here
Technical & Institutional Presentation
Our full overview deck: who we are, the technology behind the AeroSim solver, our methodology and validation, and the studies we deliver. The best single document to understand AeroSim.
PDF - available in EN & PT
Research & publications
Nassu: A high-performance LES solver for computational wind engineering
Journal of Wind Engineering & Industrial Aerodynamics
Our peer-reviewed solver paper (JWEIA 2026). Introduces Nassu - the GPU-accelerated LES/LBM engine behind AeroSim - and its validation. The lead reference for why our results can be trusted.
View at publisher (DOI)All publications
Every peer-reviewed paper behind our work - the journal article plus conference proceedings in wind engineering and CFD.
OpenValidation & benchmarks
Validation suite
How the solver is validated against reference benchmarks and experimental data - the test cases and results behind our accuracy claims.
Open documentationSolver theory & methodology
The LBM/LES numerical methods behind the solver - the physics and modelling choices that make the results trustworthy.
Open documentationPeer-reviewed validation reference
Journal of Wind Engineering & Industrial Aerodynamics
The JWEIA 2026 paper documents Nassu's validation against reference wind-engineering benchmarks - the formal, citable evidence behind our accuracy.
View at publisher (DOI)Documentation
Platform documentation
Guides and reference for the AeroSim platform - from getting started to running and post-processing your studies.
Open documentationNassu solver documentation
Reference for Nassu, our GPU-native LES/LBM solver: configuration, boundary conditions and outputs.
Open documentationCFD post-processing (cfdmod)
Reference for cfdmod, our Python toolkit for post-processing simulations - pressure coefficients, statistics and wind-engineering outputs.
Open documentationSimulation videos
Topographic acceleration factor
Wind speed-up over complex terrain.
Structural dynamic response
Wind loads and dynamic response for tall buildings.
Facade pressure
Pressure coefficients for cladding and facade design.
Gas dispersion
How gases and pollutants travel on the wind.