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Simulation of evacuation processes using a multi-grid model for pedestrian dynamics

机译:使用多网格模型进行人员疏散的疏散过程模拟

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Introducing the force concept of a social force model into the lattice gas (LG) model, a new LG-based discrete model entitled "multi-grid model" is composed. In the new model, finer lattice is used; thus each pedestrian occupies multiple grids instead of one, and the rules of interactions among pedestrians or pedestrians and constructions are built. The interaction forces including extrusion, repulsion and friction are considered as passive factors for evacuation. The strength of the drift, or the intensity of the pedestrians to move toward the exit rapidly, is considered an active factor. A simple situation is studied in which pedestrians try to evacuate from a large room with only one door. The influences of interaction forces and drift on evacuation time are analyzed. The mutual restriction relation of the two factors in the course of evacuating is found. (c) 2005 Elsevier B.V. All rights reserved.
机译:将社会力量模型的力量概念引入晶格气体(LG)模型中,组成了一个新的基于LG的离散模型,称为“多网格模型”。在新模型中,使用了更精细的晶格;因此,每个行人占据的是多个网格而不是一个,并且建立了行人或行人与建筑之间相互作用的规则。包括挤压,排斥和摩擦的相互作用力被认为是疏散的被动因素。漂移的强度或行人迅速驶向出口的强度被认为是一个积极因素。研究了一种简单的情况,行人试图从只有一扇门的大房间撤离。分析了相互作用力和漂移对撤离时间的影响。发现了疏散过程中两个因素的相互制约关系。 (c)2005 Elsevier B.V.保留所有权利。

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