Fluent 와 EXODUS를 이용한 승객피난 시뮬레이션

The Passenger Evacuation Simulation Using Fluent and EXODUS

초록

The simulation analysis of fire-driven flow and passenger evacuation in Daegu subway station, Chung-Ang, have been performed. The first location of outbreak of fire is inside passenger car in the third basement in Chung-Ang station. The smoke flow in the second and third basement has been analyzed using FLUENT 6.2. The CO(carbon monoxide) and temperature distribution in the train units and station platform have been obtained and transferred to input data for evacuation simulation. The highest temperature in the train units was 1500K. For the simulation of passenger evacuation, EXODUS has been used for whole basements (level 1 ∼ level 3) in the station. Total number of people was assumed to be one thousand and 640 were placed inside train and 360 were placed outside train. In evacuation simulation, an average of 135 passengers were killed and an average time to evacuate takes 10min 19sec. The main evacuation routes used by passengers were investigated and the cause of death was identified by evacuation simulation.

제목
Fluent 와 EXODUS를 이용한 승객피난 시뮬레이션
제목 (타언어)
The Passenger Evacuation Simulation Using Fluent and EXODUS
저자
장용준; 박원희; 이창현; 정우성
발행일
2007-11-08
학회명
2007 한국철도학회 추계학술대회