Reference Summary: The goal of the European SWIP project is to develop and validate innovative solutions for small and medium size The SWIP project ( has developed new components and tools for the integration of small

Tutorial 5 Assess The Wind Resource In Urban Area With The Software Urbawind - Topic Summary

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The goal of the European SWIP project is to develop and validate innovative solutions for small and medium size The SWIP project ( has developed new components and tools for the integration of small

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  • The goal of the European SWIP project is to develop and validate innovative solutions for small and medium size
  • The SWIP project ( has developed new components and tools for the integration of small

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Tutorial 5 : Assess the wind resource in urban area with the software UrbaWind
Tutorial 4  Assess the pedestrian wind comfort in urban outdoor spaces with the software UrbaWind
Tutorial 6 Qualify the natural air ventilation of buildings in urban area with the software UrbaWind
5. Wind resource assessment
SWIP wind resource assessment urban areas
Tutorial 1  the basics of creating a project with the CFD software UrbaWind
SWIP - Wind resource assessment for urban areas
Tutorial 3  Visualize the wind flows around buildings computed by the CFD software UrbaWind
Tutorial 2  How to compute the wind flows around buildings with the CFD software UrbaWind
Lagrangian study of a wind tunnel model of urban canopy flow using real-time
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Tutorial 5 : Assess the wind resource in urban area with the software UrbaWind

Tutorial 5 : Assess the wind resource in urban area with the software UrbaWind

Read more details and related context about Tutorial 5 : Assess the wind resource in urban area with the software UrbaWind.

Tutorial 4  Assess the pedestrian wind comfort in urban outdoor spaces with the software UrbaWind

Tutorial 4 Assess the pedestrian wind comfort in urban outdoor spaces with the software UrbaWind

Read more details and related context about Tutorial 4 Assess the pedestrian wind comfort in urban outdoor spaces with the software UrbaWind.

Tutorial 6 Qualify the natural air ventilation of buildings in urban area with the software UrbaWind

Tutorial 6 Qualify the natural air ventilation of buildings in urban area with the software UrbaWind

Read more details and related context about Tutorial 6 Qualify the natural air ventilation of buildings in urban area with the software UrbaWind.

5. Wind resource assessment

5. Wind resource assessment

Read more details and related context about 5. Wind resource assessment.

SWIP wind resource assessment urban areas

SWIP wind resource assessment urban areas

The goal of the European SWIP project is to develop and validate innovative solutions for small and medium size

Tutorial 1  the basics of creating a project with the CFD software UrbaWind

Tutorial 1 the basics of creating a project with the CFD software UrbaWind

Read more details and related context about Tutorial 1 the basics of creating a project with the CFD software UrbaWind.

SWIP - Wind resource assessment for urban areas

SWIP - Wind resource assessment for urban areas

The SWIP project ( has developed new components and tools for the integration of small

Tutorial 3  Visualize the wind flows around buildings computed by the CFD software UrbaWind

Tutorial 3 Visualize the wind flows around buildings computed by the CFD software UrbaWind

Read more details and related context about Tutorial 3 Visualize the wind flows around buildings computed by the CFD software UrbaWind.

Tutorial 2  How to compute the wind flows around buildings with the CFD software UrbaWind

Tutorial 2 How to compute the wind flows around buildings with the CFD software UrbaWind

Read more details and related context about Tutorial 2 How to compute the wind flows around buildings with the CFD software UrbaWind.

Lagrangian study of a wind tunnel model of urban canopy flow using real-time

Lagrangian study of a wind tunnel model of urban canopy flow using real-time

Read more details and related context about Lagrangian study of a wind tunnel model of urban canopy flow using real-time.