2005, Volume 7, Issue 8
Strategic Study of CAE >> 2005, Volume 7, Issue 8
Simulation of Effect of Forced Ventilated and Smoke Controlled System in Subway Fire Disaster
1. University of Science and Technology of China, Hefei 230027, China
2. Shenzhen Fire Department, Shenzhen, Guangdong 518031, China
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Abstract
Subway fire disaster is more hazardous than overground fire. Daegu underground railway fire disaster in Korea leads to a disastrous result. By means of fire simulation, recurrence of fire process, fire phenomenon and its reason could be studied. Based on FDS, the distribution of temperature and smoke with or without forced ventilated and smoke controlled system in Daegu subway fire are compared, and the effect on subway fire disaster control is also discussed in this paper.
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References
[ 1 ] McGrattanKB.FireDynamicsSimulator (Version3) User’sGuide[M].USA:NIST, 2002
[ 2 ] ParkHyung ju.Aninvestigationintomysterious questionsarisingfromtheDaegueundergroundrailway arsoncasethroughfiresimulations&small scalefire tests[A].6thAsia OceaniasymposiumonFireScience andTechnology[C].DeaguKorea, 2004.16～27
[ 3 ] KimJong Hoon, RohSam Kew, HurJun Ho, etal.Performance basedfiresafetydesignforsmoke managementsysteminthesubwayplatform[A].6th Asia OceaniasymposiumonFireScienceand Technology[C].Deagu, 2004.791～796
[ 4 ] ParkWC.Simulationofsmokecontrolinasubway stationfire[A].6thAsia OceaniasymposiumonFire ScienceandTechnology[C].Deagu, 2004.681～685
[ 5 ] HongWH.Theprogressandcontrollingsituationof Daegusubwayfiredisaster[A].6thAsia Oceania symposiumonFireScienceandTechnology[C].Deagu, 2004.28～46
[ 6 ] 冯 炼, 刘应清.地铁火灾烟气控制的数值模拟[J].地下空间, 2002, 22 (1) :61～64 link1
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