Song Gyeongwon, Park Junyoung
J Nanosci Nanotechnol. 2014 Oct;14(10):7469-76. doi: 10.1166/jnn.2014.9555.
Pedestrian flow in curved corridor should be modeled before design because this type of corridor can be most dangerous part during emergency evacuation. In this study, this flow is analyzed by Discrete Element Method with psychological effects. As the turning slope of corridor increases, the evacuation time is linearly increases. However, in the view of crashed death accident, the case with 90 degree turning slope can be dangerous because there are 3 dangerous points. To solve this matter, the pedestrian gathering together in curved part should be dispersed.
在设计之前应对弯曲走廊中的行人流动进行建模,因为这种类型的走廊在紧急疏散期间可能是最危险的部分。在本研究中,采用考虑心理效应的离散元方法对这种流动进行分析。随着走廊转弯坡度的增加,疏散时间呈线性增加。然而,从碰撞死亡事故的角度来看,90度转弯坡度的情况可能很危险,因为存在3个危险点。为了解决这个问题,应疏散聚集在弯曲部分的行人。