Buildings and Infrastructure
Explore our solutions dedicated to wind safety, comfort, energy production, and climate change adaptation for buildings and infrastructure.
Our software and services ensure wind safety during and after construction, optimize comfort, and ensure long-term durability.
+20 years
of wind engineering and climate analysis expertise
CFD technology
for accurate modeling of wind flows in urban environments.”
+700
aerodynamic studies conducted on buildings and urban infrastructure
Tailor-made
of all sizes, on all types of terrain, even complex ones.
Safe structures, efficient buildings, sustainable cities
We model the effects of wind flow and solar radiation on structures and in the urban master plan to mitigate risks and ensure worker safety, provide comfortable spaces, and improve building energy efficiency.
Our expertise in CFD simulation and local climatology optimizes your architectural and urban planning projects in accordance with current building or comfort standards.
Construction Site Safety
Buildings or Lightweight Structures
Urban Comfort
Urban Renewable Energy
Impact of Climate Change
on Cities & Buildings
News
Webinar: How to assess pedestrian wind comfort in urban area with numerical tools?
This webinar will explain the process of assessing pedestrian wind comfort in urban areas using numerical tools, covering everything from comfort criteria and guidelines to the influence of master...
Poster and Paper: Computation of Universal Thermal Climate Index (UTC
Meteodyn had the pleasure to present its latest research at the 2023 Building Simulation Conference with both a paper and a poster. Our work focused on the integration of Computational Fluid...
Webinar: The new features of UrbaWind 3.4
UrbaWind 3.4 is now released! Watch our webinar to explore the latest features and enhancements in version 3.4 of UrbaWind®, our urban wind modeling CFD software. It is now possible to compute the...
WHITE PAPER – Pedestrian Wind Comfort
Moving from theory to practice, this white paper will guide you through the numerical evaluation of pedestrian wind comfort in urban environments and provide you with a comprehensive understanding of the subject.