Research On Passenger Mustering And Evacuation Efficiency Evaluation Of Comprehensive Passenger Hub

As an important node of urban traffic network, comprehensive passenger hub is the mustering and evacuation point of large passenger flow. The passenger mustering and evacuation efficiency will directly affects the operation efficiency and service quality of the whole urban traffic network. The paper does Evaluation analysis and modeling research on passenger mustering and evacuation efficiency based on the basis of existing research results, puts forward a set of complete method of Passenger Mustering and Evacuation efficiency evaluation, thereby, provide scientific basis to optimize hub design and improve operation management.Firstly, based on the passenger flow activity process within the comprehensive passenger hub, the paper introduces the function of mustering and evacuation in detail, defines the meaning and evaluation scope, and analyzes the influence factors.Secondly, the paper sets up an evaluation indexes system from the standpoint of macroscopic view and microcosmic view on the basis of the analysis of the meaning and evaluation scope of passenger mustering and evacuation, and also provides the meanings and computing method of every index. According to the indexes system, use passenger questionnaire and SPSS software to screen the indexes system, making the established indexes system more reasonable.Finally, the paper provides the evaluation method of passenger mustering and evacuation efficiency evaluation of comprehensive passenger hub based on the analysis of existing Evaluation methods that are usually used and the established indexes system. The instance analysis of Beijing Xizhimen Subway Station validates the rationality and practical applicability of the evaluation indexes system and the evaluation method.What the paper does is only some theoretical try, it will provide theoretical basis to solve problem of passenger mustering and evacuation through further research, and will provide means to optimization and selection of hub design scheme.