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Airflow and Microclimate Simulations for Rhino & Grasshopper


Eddy3D Example Canvas


πŸš€ Features


  • USER-FRIENDLINESS

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


  • BUILT FOR REAL WORLD APPLICATIONS

    Add realistic terrain to your simulation setup.


  • OUTDOOR THERMAL COMFORT

    Annual outdoor thermal comfort assessment for climate-responsive masterplanning.


  • SEAMLESS INTEGRATION

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


  • STREAMLINED SIMULATION SETUP

    Urban turntable for fast outdoor airflow analysis.


  • VALIDATED SIMULATION ENGINE

    Accurate results by using well-established solvers.


πŸŽ“ Publications


πŸ‘₯ Team

Patrick Kastner
Patrick Kastner
Sina Rahimi
Sina Rahimi
Gonzalo Vegas
Gonzalo Vegas
Marcelo Álvarez
Marcelo Álvarez
Patrick Kastner
Timur Dogan

πŸ‘₯ Advisors & Alumni

Tobias Holzmann
Tobias Holzmann
Remy Mermelstein
Remy Mermelstein
Zoe De Simone
Zoe De Simone

Cornell
Atkinson




Eddy3D is being developed as a cross-disciplinary project under the collaboration of Georgia Tech Architecture, the Environmental Systems Lab (ES Lab) of the College of Arts, Architecture, and Planning (AAP) and the field of Systems Science and Engineering at the College of Engineering at Cornell University.

Led by Dr. Timur Dogan, the ESLab investigates the intersections of architectural design, sustainability, building performance simulation and computational design. They stand for excellence in teaching and research in the area of building technology, daylight and energy modeling, passive climate control strategies and performance-driven design workflows in both urban and architectural scales.


πŸŽ‰ Supporters

SoA

GTRI

AAP

Cornell

Atkinson

Atkinson