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A platform for research: civil engineering, architecture and urbanism
Crowd Evacuation Stability Based on Self-Organized Criticality Theory
In emergency, the crowd evacuation from public buildings is the most important issue to save human lives. Panic generation and spread normally can lead to the unstable state -stampede during the crowd motion. The stability of crowd evacuation is a complex problem being researched for decades. This paper introduces self-organized criticality(SOC) theory to build the mapping model from a collective crowd into a sand pile with SOC. Therefore, the complex problem of stability analysis for crowd evacuation is converted into sandpiper stability analysis in a relatively simpler way.
Crowd Evacuation Stability Based on Self-Organized Criticality Theory
In emergency, the crowd evacuation from public buildings is the most important issue to save human lives. Panic generation and spread normally can lead to the unstable state -stampede during the crowd motion. The stability of crowd evacuation is a complex problem being researched for decades. This paper introduces self-organized criticality(SOC) theory to build the mapping model from a collective crowd into a sand pile with SOC. Therefore, the complex problem of stability analysis for crowd evacuation is converted into sandpiper stability analysis in a relatively simpler way.
Crowd Evacuation Stability Based on Self-Organized Criticality Theory
Applied Mechanics and Materials ; 501-504 ; 2403-2406
2014-01-16
4 pages
Article (Journal)
Electronic Resource
English
Crowd Evacuation Stability Based on Self-Organized Criticality Theory
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