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Transports and infrastructures wind safety

Wind modelling allows to study wind impact on itineraries (railways, roadways, ports, aerial cableways), to set up wind alert systems in order to minimize wind induced risks. Meteodyn computes wind loads (Eurocodes) on buildings/structures and analyze wind effects on tower cranes.

Next event

10 June 2016 : Meteodyn to study the micro climate of the OG sailing lake Read more



Our experts in meteorology, statistics, renewables and fluid mechanics carry out all wind induced risks studies from transports, buildings and civil engineering structure, tower cranes safety and leisure/sport zones…

All our studies

References More references

Some references

ALSTOM TRANSPORT (France) APAVE CANCE DEKRA EGASSE GPM Nantes Saint Nazaire (France) SENER (Spain) SNCF (France) SOGEAH SYSTRA (France) RFF (France) VINCI  

Significant achievements

  • French High Speed lines, LGV Tanger-Kenitra (Morroco), LGV Madrid-Barcelona and  Madrid-Valladolid (Spain) etc.
  • Ports: GPM Nantes Saint-Nazaire (France)
  • Road transportations: IRCAD
  • Wind load computation on the roof of the new Le Havre stadium
  • Roman velum of the Grand Stadium - Puy du fou Leisure Park in France
  • Wind on construction site: Goutte Vignole Viaduct
  • Temperature mapping of the electrical wires (RTE grid)

Documentations Complete documentation

Product information

  • TopoWind
  • RT Windmap
  • Building & Construction consulting services

Publications and papers

  • Eurocodes Ec1
  • Tower crane safety
  • Railways safety
  • Roadways safety