Simulation Model of Emergency Evacuation in Case of Fire in a Nightclub

Author:

Matveev A V,Maximov A V,Zadurova A A

Abstract

Abstract The article is devoted to studying the problem of ensuring people safety and security in case of fires in nightclubs. It is proposed to use the agent-based modeling for estimating evacuation time period, which allows to take into account in the model the following factors: club visitors alcohol intoxication, as well as panic and crush accompanying evacuation process. Based on a Saint Petersburg club example, evacuation model was developed using the AnyLogic simulation modelling system. Two probable evacuation scenarios were considered to estimate time period required for the nightclub visitors evacuation. Results obtained showed that in the said nightclub high risk to human life and health was present.

Publisher

IOP Publishing

Subject

General Engineering

Reference22 articles.

1. A review of the methodologies used in the computer simulation of evacuation from the built environment;Gwynne;Building and environment,1999

2. The model of the process of emergency evacuation from the building while using the self-rescue equipment in case of the fire;Matveev;ARPN Journal of Engineering and Applied Sciences,2018

3. Evaluation models of effectiveness of hose rescue equipment used in evacuation of people from high-rise buildings;Matveev;Journal of Engineering and Applied Sciences,2017

4. Theoretical basis for designing integrated security systems of potentially hazardous facilities;Matveev;International Journal of Applied Engineering Research,2017

5. Report of the technical investigation of The Station Nightclub fire: appendices;Grosshandler;NIST NCSTAR 2,2005

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