Skip to content

Eddy3D

Airflow and Microclimate Simulations for Rhino & Grasshopper


Eddy3D Example Canvas

Latest stable release and pre-release builds are listed on the download page.


๐Ÿš€ Features

  • Clean user interface for urban wind flow analysis


    USER-FRIENDLINESS

    Clean and easy-to-use UI for urban wind flow analysis.

  • Realistic terrain rendering for simulation setups


    BUILT FOR REAL WORLD APPLICATIONS

    Add realistic terrain to your simulation setup.

  • Annual outdoor thermal comfort assessment map


    OUTDOOR THERMAL COMFORT

    Annual outdoor thermal comfort assessment for climate-responsive masterplanning.

  • Post-processing of custom surfaces for EnergyPlus integration


    SEAMLESS INTEGRATION

    Post-processing of custom surfaces for Air Flow Network integration into EnergyPlus.

  • Urban turntable visualization for fast airflow analysis


    STREAMLINED SIMULATION SETUP

    Urban turntable for fast outdoor airflow analysis.

  • Validated simulation engine showing accurate computational results


    VALIDATED SIMULATION ENGINE

    Accurate results by using well-established solvers.


๐Ÿ‘ฅ Team

Patrick Kastner
ฤฐlker KaradaฤŸ
Sina Rahimi
Gonzalo Vegas
Marcelo รlvarez
Timur Dogan

๐Ÿ‘ฅ Advisors & Alumni

Tobias Holzmann
Remy Mermelstein
Zoe De Simone

Sustainable Urban Systems Lab logo Environmental Systems Lab logo




Eddy3D is being developed as a cross-disciplinary project through a collaboration between the Georgia Tech School of Architecture, the Environmental Systems Lab at Cornell AAP, and the Systems Engineering department at Cornell Engineering.


๐ŸŽ‰ Supporters

Georgia Tech School of Architecture logo

Georgia Tech logo

Cornell AAP logo

Cornell University logo

Cornell Atkinson Center for Sustainability logo

Cornell Systems Engineering logo