A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Foersoek med Brandpaverkan mot Fyllningsdoerrar (Fire Testing of Panelled Doors)
Full-scale fire tests were performed in order to find out how wooden panelled doors react to fire loading. Three door elements were tested against a fire scenario. The doors were constructed somewhat differently and had different finishings (intumescent coatings and linseed oil paint). The purpose of the trials was mainly to find out how long the doors could prevent the fire from burning through the material during a realistic fire scenario. In total two tests were performed of which the first mainly aimed at measuring the heat radiation at three locations within the fire room. The purpose of this was to make sure the fire scenario was properly designed and that the heat radiation was evenly distributed within the fire room. The result of the tests were that fire broke through the doors between 21:15 and 28:00 minutes after fire start, where the longest time was experienced where the panel of the door was 9 mm and the surface treated with both linseed oil plant and an intumescent coating. The temperature on the unexposed side of the door was about 100 degrees C when the fire broke through the door. All experimental data are gathered in the report. The tests were also filmed.
Foersoek med Brandpaverkan mot Fyllningsdoerrar (Fire Testing of Panelled Doors)
Full-scale fire tests were performed in order to find out how wooden panelled doors react to fire loading. Three door elements were tested against a fire scenario. The doors were constructed somewhat differently and had different finishings (intumescent coatings and linseed oil paint). The purpose of the trials was mainly to find out how long the doors could prevent the fire from burning through the material during a realistic fire scenario. In total two tests were performed of which the first mainly aimed at measuring the heat radiation at three locations within the fire room. The purpose of this was to make sure the fire scenario was properly designed and that the heat radiation was evenly distributed within the fire room. The result of the tests were that fire broke through the doors between 21:15 and 28:00 minutes after fire start, where the longest time was experienced where the panel of the door was 9 mm and the surface treated with both linseed oil plant and an intumescent coating. The temperature on the unexposed side of the door was about 100 degrees C when the fire broke through the door. All experimental data are gathered in the report. The tests were also filmed.
Foersoek med Brandpaverkan mot Fyllningsdoerrar (Fire Testing of Panelled Doors)
P. Walmerdahl (author) / P. Werling (author)
2000
32 pages
Report
No indication
English
Project: a display case - An elegant glass-panelled case
| British Library Online Contents | 1996
| TIBKAT | 1983