Simulating individual, group, and crowd behaviors in building egress

Authored by Mei Ling Chu, Paolo Parigi, Kincho H Law, Jean-Claude Latombe

Date Published: 2015

DOI: 10.1177/0037549715605363

Sponsors: No sponsors listed

Platforms: No platforms listed

Model Documentation: Other Narrative

Model Code URLs: Model code not found

Abstract

Studies of past emergency events have revealed that occupants' behaviors, local geometry, and environmental constraints affect crowd movement and evacuation. Design of egress systems should take into consideration the social characteristics of the occupants and the unique layout of the buildings. This paper describes an agent-based egress simulation tool, SAFEgress, which is designed to incorporate human and social behaviors during evacuations. The unique feature of SAFEgress is its flexibility to model different individual, group, and crowd behavior. Simulations are conducted to examine egress performance of a museum floor plan for three scenarios: (1) expected occupancy load during peak hours; (2) group behaviors among museum visitors; and (3) measures to reduce pre-evacuation delay. By assuming different occupants' behaviors in the simulations, engineers, designers, and facility managers can study the important human and social factors on an egress situation and, thereby, improve the design of safe egress systems and procedures.

Tags

movement environment Model Evacuation Fire Disaster