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AeroSim Validation Portfolio
=======================================

.. meta::
   :description: AeroSim Validation Portfolio
   :keywords: Digital Wind Tunnel, Computational Aerodynamics, Validation

AeroSim's CFD solver has been in continuous development since 2021.
The solver is based on the lattice Boltzmann method and implemented in GPU for high performance computations.
The main objective of the current development phase is to obtain accurate wind pressure measurements.
We make this portfolio publicly available to promote transparency and encourage collaborations.

All projects presented here have been simulated as a digital wind tunnel.
Unless mentioned otherwise, the boundary conditions are free-slip for the lateral and top walls, zero-gradient for the outlet and synthetic eddy method for the inlet.
Any queries can be forwarded to us using the contact form at: `portfolio@aerosim.io <mailto:portfolio@aerosim.io>`_.

.. raw:: html
   
   <iframe src="https://forms.monday.com/forms/embed/16802324c2b183422a36387bb3e71c53?r=use1" width="650" height="500" style="border: 0"></iframe>

.. toctree::
   :caption: Study cases
   :maxdepth: 2
   
   Real World Buildings <cases/real_world/index.rst>
   High Rise Buildings <cases/high_rise/index.rst>
   Low Rise Buildings <cases/low_rise/index.rst>
   ABL and Topograhies <cases/vel_turb/index.rst>
   Pedestrian Wind Comfort <cases/ped_comfort/index.rst>

.. toctree::
   :caption: Publications
   :maxdepth: 1

   Publications <cases/publications/index.rst>