Add to ORKGThis paper describes the set-up and results of full scale measurements of the wind loading on permeable roof covering products. Measurements have been conducted on roofing tiles for inclined roofs and flat roof tiles for flat roofs. The results have been used to define reduction factors for the wind uplift loading for these products, when calculated according to the Netherlands wind loading code NEN 6702
The first European Standard for the design of commercial-production greenhouses passed through the f...
The most vulnerable parts of buildings with respect to wind loading are facades and roofs. Current s...
Edge metal covers the majority of commercial roofs to maintain waterproofing. It acts as the first l...
Wind loads on solar energy systems are not covered by current wind loading standards. This paper des...
The provisions for wind loads on flat roofs differ considerably between current wind loading standar...
The wind loads on solar energy products, mounted on roofs, is very limited covered by the current wi...
ii Wind actions on roof-mounted solar collectors differ from those on an open range-deployment, due ...
This paper describes an investigation of the net wind loads on solar panels and wind loads on the un...
Presently, mechanically fastened waterproofing systems are widely used in large roofs, mostly in ind...
ii A roof is a critical envelope of a building. It provides protection for the building interior aga...
Roof cover loss is a leading cause of building performance issues during high wind events. Post-even...
Widespread damage to roofing materials (such as tiles and shingles) for low-rise buildings, even for...
This project examined the wind uplift performance of adhesive applied roofing systems. Testing was d...
This bachelor’s thesis deals with wind loading on photovoltaic panels installed on a flat roof. Nume...
A roof is a critical envelope of a building. It provides protection for the building interior agains...
The first European Standard for the design of commercial-production greenhouses passed through the f...
The most vulnerable parts of buildings with respect to wind loading are facades and roofs. Current s...
Edge metal covers the majority of commercial roofs to maintain waterproofing. It acts as the first l...
Wind loads on solar energy systems are not covered by current wind loading standards. This paper des...
The provisions for wind loads on flat roofs differ considerably between current wind loading standar...
The wind loads on solar energy products, mounted on roofs, is very limited covered by the current wi...
ii Wind actions on roof-mounted solar collectors differ from those on an open range-deployment, due ...
This paper describes an investigation of the net wind loads on solar panels and wind loads on the un...
Presently, mechanically fastened waterproofing systems are widely used in large roofs, mostly in ind...
ii A roof is a critical envelope of a building. It provides protection for the building interior aga...
Roof cover loss is a leading cause of building performance issues during high wind events. Post-even...
Widespread damage to roofing materials (such as tiles and shingles) for low-rise buildings, even for...
This project examined the wind uplift performance of adhesive applied roofing systems. Testing was d...
This bachelor’s thesis deals with wind loading on photovoltaic panels installed on a flat roof. Nume...
A roof is a critical envelope of a building. It provides protection for the building interior agains...
The first European Standard for the design of commercial-production greenhouses passed through the f...
The most vulnerable parts of buildings with respect to wind loading are facades and roofs. Current s...
Edge metal covers the majority of commercial roofs to maintain waterproofing. It acts as the first l...