Evacuation Modelling in New Zealand the Result of An Online Survey

Ruggiero Lovrelio, Ed Claraidge, P. Jackson
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Abstract

This change has occurred also in New Zealand. In fact, fire engineering has experienced major changes in New Zealand in the last five years with the introduction of the 2012 edition of the Building Code [1]. The C/VM2 Verification Method [2] represents a compromise between a prescriptive approach and a novel performance-based approach by providing several prescriptive inputs for fire and evacuation modelling and provide a novel ‘Framework for Fire Safety Design’. The performance approach relies on the comparison ASET and RSET, where ASET stands for Available Safe Egress Time while RSET stands for Required Safe Egress Time [3]. As such, fire engineers are asked to predict and model several fire and evacuation scenarios to ensure that the RSET is greater than the ASET.
新西兰的疏散模型是一项在线调查的结果
这种变化也发生在新西兰。事实上,在过去的五年里,随着2012年版建筑规范的引入,新西兰的消防工程经历了重大变化[1]。C/VM2验证方法[2]通过为火灾和疏散建模提供几个规定性输入,并提供一个新的“消防安全设计框架”,代表了规定性方法和新型基于性能的方法之间的妥协。性能方法依赖于ASET和RSET的比较,其中ASET代表可用安全出口时间,而RSET代表所需安全出口时间[3]。因此,消防工程师被要求预测和模拟几种火灾和疏散场景,以确保RSET大于ASET。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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