Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Design Fires for Enclosures. A First Attempt to Create Design Fires Based on Euroclasses for Linings. BRANDFORSK Project No. 314-001
In this report, the authors describe easy-to-use methods and models for creating design fires that are much more able to handle more precisely defined geometries and ignition sources than earlier design fire models. In particular, the authors present models and simulation tools that use experimental data from a small scale standardized test method, ISO 5660 Cone Calorimeter method, to characterize the fire behavior of materials. The authors show in this report how the small scale data from a particular surface lining material can be used to simulate fire evolution in a full-scale environment. Further, the utility of Cone Calorimeter data for creating design fires based on the newly established Euroclass system for surface linings is shown.
Design Fires for Enclosures. A First Attempt to Create Design Fires Based on Euroclasses for Linings. BRANDFORSK Project No. 314-001
In this report, the authors describe easy-to-use methods and models for creating design fires that are much more able to handle more precisely defined geometries and ignition sources than earlier design fire models. In particular, the authors present models and simulation tools that use experimental data from a small scale standardized test method, ISO 5660 Cone Calorimeter method, to characterize the fire behavior of materials. The authors show in this report how the small scale data from a particular surface lining material can be used to simulate fire evolution in a full-scale environment. Further, the utility of Cone Calorimeter data for creating design fires based on the newly established Euroclass system for surface linings is shown.
Design Fires for Enclosures. A First Attempt to Create Design Fires Based on Euroclasses for Linings. BRANDFORSK Project No. 314-001
T. Hertzberg (Autor:in) / B. Sundstroem (Autor:in) / P. van Hees (Autor:in)
2003
88 pages
Report
Keine Angabe
Englisch
Building Industry Technology , Fire Services, Law Enforcement, & Criminal Justice , Design fires , Fire safety engineering , Computer models , Fire growth , Predictions , Data sets , Experiments , Comparisons , Material tests , Foreign technology , SBI data , Cable fires , Combustible electronics , Train compartments
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