Which 4 wind comfort criteria do engineers use?
Discover which wind comfort criteria apply to your project — Lawson, NEN 8100, Davenport, or Eurocode explained.
Archives: Knowledgebase
What is the difference between wind tunnel testing and CFD?
Wind tunnel or CFD? Explore key differences, accuracy, costs, and when each method wins for your project.
How does street layout affect pedestrian wind comfort?
Street layout, building height, and orientation directly drive pedestrian wind comfort — here's what urban designers must know.
Why is pedestrian wind comfort important for high-rise developments?
Tall buildings force wind to street level — here's why that matters for planning, safety, and design.
How do architects assess wind comfort in early design?
Discover how CFD simulations and wind tunnel tests help architects assess wind comfort before costly design decisions are locked in.
What is wind comfort in urban design?
Discover how buildings reshape urban wind and what it means for pedestrian safety and comfort.
What are the main wind loading types in wind engineering?
Discover how wind pressure, suction, and dynamic forces act on buildings — and when a formal wind load assessment is legally required.
Which wind comfort criteria apply to public squares?
NEN 8100 and Lawson criteria govern public square wind comfort — here's what each class means for your design.
How do you conduct a wind engineering analysis?
Wind tunnel or CFD? Discover which wind engineering analysis method suits your project and when it's legally required.
What is pedestrian wind comfort around buildings?
Discover how pedestrian wind comfort is assessed, when a study is required, and what to do when results reveal hazardous conditions.
