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- Title
城市轨道交通车站大客流疏散方法研究.
- Authors
陈泓伯
- Abstract
Under the background of increasing urban population and increasing ground traffic pressure in China, urban rail transit system has gradually become the main artery of urban traffic because of its independent right of way. However, the evacuation capacity of urban rail transit stations in the face of daily peak and emergency situations is still obviously insufficient. To solve the above problems, this paper designs the normal large passenger flow evacuation model and the emergency large passenger flow evacuation model, and uses AnyLogic software to simulate the innovation valley station of Jinan Metro. In the normal large passenger flow evacuation model, the process of passengers getting on the train to complete evacuation and passengers getting off the train to generate large passenger flow can be simulated simultaneously by adding event agents; A new section is added to the emergency evacuation model to simulate the normal flow of passengers in and out of the station by adding the automatic exit finding function and setting the emergency button.It can be seen from the case analysis that in the case of large normalized passenger flow, the passenger flow evacuation model with new modules has significantly improved the evacuation efficiency compared with the existing evacuation plan. At the same time, relevant measures have been proposed to deal with sudden large passenger flow, so as to ensure a more stable and orderly operation of Jinan urban rail traffic.
- Subjects
CHINA; CIVILIAN evacuation; CITY traffic; URBAN transit systems; CITY dwellers; RAILROAD stations; RIGHT of way; INTELLIGENT transportation systems
- Publication
Smart Rail Transit, 2023, Vol 60, Issue 3, p82
- ISSN
2097-0366
- Publication type
Article
- DOI
10.3969/ji.ssn.2097-0366.2023.03.016