Resources
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 pedestrian UTCI!
Actual wake loss of large wind farms and its simulation: a Goldwind’s case study
In this case study, Goldwind demonstrates the efficacy of wake modeling approaches in quantifying the wake losses experienced by large-scale wind farms. A precise quantification of the actual wake losses afflicting a specific wind farm is executed, leveraging...
Poster: Meso-micro scale coupling method for Wind Resource Assessment in large coastal area in India
Discover a new validation case of our meso-micro coupling method, which helps to more accurately assess the wind resource of large wind farms in complex terrain. This scientific poster, authored by Ru Li, Senior Research Engineer at Meteodyn and Eric Tromeur, Director...
Webinar: The new features of Meteodyn WT 1.9
Discover the new features and improvements of Meteodyn WT version 1.9, including the newly implemented stability method, in this webinar presented by our experts.
White paper: Wind pedestrian comfort modeling in complex urban spaces
The knowledge of urban climatology and particularly that of wind flow around buildings is crucial for the urban designer in many factors, such as the wind comfort in outdoor and in open indoor spaces exposed to the wind. The wind flow dedicated Computational Fluid...
Meteodyn EC1: Automatic calculations for wind design according to Eurocode 1.
The design of structures and buildings must take into account extreme wind conditions. The wind design of structures is governed by Eurocode 1 (1): 'Actions on structures', specifically the section on 'Wind actions'.It is supplemented by its National Annex (2), which...