Safety Evacuation at Metro Transit Station in Shenyang under Fire
Yan Ying Xu, Wan Wan Duan, Lu Chao Li
Abstract
Yan Ying Xu, Wan Wan Duan, Lu Chao Li
Abstract
It's necessary to pay much attention to the public safety issues of subway because of the rapid development of urban subway. Safety evacuation under different fire scenarios were simulated by using SIMULEX 2.0 at Metro transit station (Youth Street station) in Shenyang combined the actual structural characteristic. The results show that the evacuation capacity of Metro Line 1 is smaller than Metro Line 2; the staircase to the station hall of Metro Line 1 would be the bottleneck of the entire evacuation process; different paths have a great influence on the evacuation time; the staircase width from the platform to the station hall is the bottleneck in the evacuation procedure.
OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
It's necessary to pay much attention to the public safety issues of subway because of the rapid development of urban subway. Safety evacuation under different fire scenarios were simulated by using SIMULEX 2.0 at Metro transit station (Youth Street station) in Shenyang combined the actual structural characteristic. The results show that the evacuation capacity of Metro Line 1 is smaller than Metro Line 2; the staircase to the station hall of Metro Line 1 would be the bottleneck of the entire evacuation process; different paths have a great influence on the evacuation time; the staircase width from the platform to the station hall is the bottleneck in the evacuation procedure.
Key concepts: Metro station, Bottleneck, Subway station, Transit (satellite), Transport engineering, Urban rail transit, Engineering, Rail transit