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首页> 外文期刊>Simulation modelling practice and theory: International journal of the Federation of European Simulation Societies >Computer simulations vs. building guidance to enhance evacuation performance of buildings during emergency events
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Computer simulations vs. building guidance to enhance evacuation performance of buildings during emergency events

机译:计算机模拟与建筑物指导在紧急情况下增强建筑物的疏散性能

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摘要

Computer technologies can play an important role in the establishment of dynamic building information by introducing predictive modelling where behaviours of structures or groups of people can be simulated and observed. This way they can facilitate the design of the built environment to cope with emergency events. Modelling and simulation applications can be particularly useful at pre-planning, predicting possible damage, training responders, raising public awareness, and performance evaluation for reconstruction. They can be used for the development of virtual scenarios that include aspects of rescue operations, social behaviour of building occupants, and basic design requirements to test the current building codes and regulations. Within this context, the contribution of crowd simulation to improving the design of the built environment and guidelines is highlighted in this paper. Current building guidance for emergencies are summarised and the methodology developed to use crowd modelling to define design information associated with exit preferences of people during evacuations is explained. The results of the case studies underlined that there is a difference between the assumptions used for static information in current building guidance.
机译:通过引入预测模型,计算机技术可以在动态建筑信息的建立中发挥重要作用,在该模型中可以模拟和观察建筑物或人群的行为。这样,它们可以简化建筑环境的设计,以应对紧急事件。建模和仿真应用程序在预计划,预测可能的损害,培训响应者,提高公众意识以及重建性能评估方面尤其有用。它们可用于开发虚拟方案,其中包括救援操作,建筑居民的社会行为以及测试当前建筑规范和法规的基本设计要求。在此背景下,本文重点介绍了人群模拟对改善构建环境和准则设计的贡献。总结了当前针对紧急情况的建筑指南,并说明了开发的方法以使用人群模型来定义与人员在撤离期间的出行偏好相关的设计信息。案例研究的结果强调,当前建筑指南中用于静态信息的假设之间存在差异。

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