A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Puujulkisivujen Paloturvallisuus Sprinklatuissa Kerrostaloissa (Fire Safety of Wooden Facades for Sprinklered Multi-Storey Houses)
In this study, fire tests of wooden facades with different materials, surface treatments and structures were performed in intermediate and large scales. Rate of heat release, heat flux on the upper edge of the specimen or to the middle point of the windows, surface temperatures of the specimen, and temperatures in the ventilation cavity were measured during the tests. In addition, the flame spread on the front surface of the facade was visually observed. The applicability of Nordic small scale fire tests for building products to the estimation of the fire safety of facade materials was also studied.
Puujulkisivujen Paloturvallisuus Sprinklatuissa Kerrostaloissa (Fire Safety of Wooden Facades for Sprinklered Multi-Storey Houses)
In this study, fire tests of wooden facades with different materials, surface treatments and structures were performed in intermediate and large scales. Rate of heat release, heat flux on the upper edge of the specimen or to the middle point of the windows, surface temperatures of the specimen, and temperatures in the ventilation cavity were measured during the tests. In addition, the flame spread on the front surface of the facade was visually observed. The applicability of Nordic small scale fire tests for building products to the estimation of the fire safety of facade materials was also studied.
Puujulkisivujen Paloturvallisuus Sprinklatuissa Kerrostaloissa (Fire Safety of Wooden Facades for Sprinklered Multi-Storey Houses)
T. Hakkarainen (author) / T. Oksanen (author) / E. Mikkola (author)
1996
50 pages
Report
No indication
English
Combustion & Ignition , Construction Materials, Components, & Equipment , Fire tests , Wooden structures , Burning rate , Sprinkler systems , Walls , Apartment buildings , Fire safety , Flame propagation , Construction materials , Flammability , Flame retardants , Heat flux , Heat measurement , Combustion , Ventilation
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