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Delaunay, D., Chantelot, A., Guyader, T. and Alexandre, P. (2004) Meteodyn WT: An Automatic CFD Software for Wind Resource Assessment in Complex Terrain. EWEC 2004 Wind Energy Conference, London.

has been cited by the following article:

• TITLE: Numerical Tools Dedicated to Wind Engineering in Large Urban Area

  AUTHORS: Li Wang, Sophie Puygrenier, Guillaume Caniot, Stéphane Sanquer, Didier Delaunay

  KEYWORDS: Wind Engineering, Urban Area, Wind Design, Wind Safety, Comfort, Sustainable De-velopment

  JOURNAL NAME: World Journal of Engineering and Technology, Vol.4 No.3C, September 22, 2016

  ABSTRACT: This paper presents a global methodology to compute wind flow in complex urban areas in order to assess wind pedestrian comfort, wind energy, wind safety or natural ventilation potential. The numerical tool presented here is composed of a CFD soft-ware suite covering both regional scale (20 km) and urban scale (1km), and able to model the wind in any complex terrains and in large urban environments. Examples are presented in the paper in order to show the advantages of the methodology for urban designers.