As important urban transportation hubs, the subway stations with a massive flow of people
require more evacuation exits. This study combined the exit choice model and the social …

With the extensive construction of rail tunnels, the subway has gradually become the most
widely used means of public transport. As important transportation hubs, the evacuation …

The objective of this study is to establish and evaluate an Emergency Evacuation Capacity
(EEC) model for key evacuation facilities in subway stations through analyzing key factors …

The simulation software Simulex was adopted to study the emergency evacuation process of
the island type subway elevated station and determine the “bottleneck” positions. The effects …

In the process in which high-density passengers need to be evacuated from a multi-exit
subway station, not all the exits can be effectively utilized, and the bottlenecks near the exits …

The metro has become an important component of the urban traffic system. Due to the dense
crowd, if sudden accidents occurred during rush hours in station, such as fires, explosions or …

Evacuation path of pedestrians at subway station can directly affect the evacuation
efficiency, and then affect the service level of the station. A Fisk stochastic user equilibrium …

With the rapid development in economics, subway systems have been constructed in many
big cities of China. Computer evacuation models developed overseas are commonly …

To estimate evacuation capacity of subway stations under emergency conditions, a bilevel
programming model of evacuee equilibrium is built by considering travel time on walking …

Pedestrian evacuation risk of subway stations is an important concern in city management,
as it not only endangers public safety but also affects the efficiency of urban subway …