A platform for research: civil engineering, architecture and urbanism
Wooden Buildings by the Fire Damaged of Toxic Gases on Personnel Evacuation Influences
A wooden building includes historic buildings, villas, wayside pavilion, and so on. These buildings have one thing in common which is they are resistance fire capacity poor. The ignition point of wood is lower, and when encountering a fire the main structure of the building will be seriously damage. In most cases, these building need to be reconstruction. Also, in the initial stage of burning, smoke and toxic gases tend to hinder people from evacuating likely. Therefore, this paper is to explore monumental buildings of the “Grass Mountain Chateau" in Taiwan, which was burnt down in 2007. For a better understanding of significant parameters such as smoke and toxic gases after burning, and a further simulation of the damage degree of people evacuation, utilize fire simulation software the FDS (Fire Dynamics Simulator) of NIST (U.S. National Institute of Standards and Technology Association Fire Laboratory) to analyze the wooden building of the case on the fire. Hopefully, to provide advices on fire prevention of wooden buildings and people evacuation by supplying quantitative data of the simulation and analysis, and to decrease the loss of buildings to the minimum and prevent casualties.
Wooden Buildings by the Fire Damaged of Toxic Gases on Personnel Evacuation Influences
A wooden building includes historic buildings, villas, wayside pavilion, and so on. These buildings have one thing in common which is they are resistance fire capacity poor. The ignition point of wood is lower, and when encountering a fire the main structure of the building will be seriously damage. In most cases, these building need to be reconstruction. Also, in the initial stage of burning, smoke and toxic gases tend to hinder people from evacuating likely. Therefore, this paper is to explore monumental buildings of the “Grass Mountain Chateau" in Taiwan, which was burnt down in 2007. For a better understanding of significant parameters such as smoke and toxic gases after burning, and a further simulation of the damage degree of people evacuation, utilize fire simulation software the FDS (Fire Dynamics Simulator) of NIST (U.S. National Institute of Standards and Technology Association Fire Laboratory) to analyze the wooden building of the case on the fire. Hopefully, to provide advices on fire prevention of wooden buildings and people evacuation by supplying quantitative data of the simulation and analysis, and to decrease the loss of buildings to the minimum and prevent casualties.
Wooden Buildings by the Fire Damaged of Toxic Gases on Personnel Evacuation Influences
Lin, Cherng-Shing (author) / Yu, Chia-Chun (author) / Chen, Te-Chi (author) / Wang, Shih-Cheng (author) / Shen, Liang-Yi (author)
2013
7 Seiten
Conference paper
English
Rauch , Gebirge , Taiwan , Giftgas , Brandverhütung , Simulations-Software
Wooden Buildings by the Fire Damaged of Toxic Gases on Personnel Evacuation Influences
Trans Tech Publications | 2013
|Investigation of fire-damaged buildings
Emerald Group Publishing | 1986
|Environmental Remediation of Fire-Damaged Buildings
British Library Conference Proceedings | 2000
|