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Advanced Analysis of Steel-Frame Buildings for Full Story Fires

机译:钢结构房屋火灾分析的高级分析

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Current U.S. codes and standards provide limited guidance on advanced structural fire analysis. The ASCE Fire Protection Committee is developing a performance-based design guideline for fire to provide guidance on analysis techniques and performance criteria for advanced fire analysis methodologies. This paper provides the results of an on-going research project that uses advanced fire analysis techniques to evaluate progressive collapse mechanisms in a ten-story steel-frame office building. This paper presents the results of multiple analyses that vary the fire resistance rating of the structural members subjected to a full-story design fire. The fire protection on each of the structural members (beams, columns, connections) was: (ⅰ) design FRR (1hr) on each structural member, and (ⅱ) columns protected with 2hr FRR, beams protected with lhr FRR. The results of these analyses were compared to the results of previous compartment fire analyses performed by the authors.
机译:当前的美国法规和标准对高级结构火灾分析提供了有限的指导。 ASCE消防委员会正在制定基于性能的火灾设计指南,以提供有关高级火灾分析方法的分析技术和性能标准的指南。本文提供了一个正在进行的研究项目的结果,该项目使用先进的火灾分析技术来评估10层钢结构办公楼中的渐进倒塌机制。本文介绍了多种分析的结果,这些分析会改变经受全层设计火灾的结构构件的耐火等级。每个结构构件(梁,柱,连接件)的防火性能为:(ⅰ)每个结构构件的设计FRR(1hr),以及(ⅱ)柱子受2hr FRR保护,梁受到lhr FRR保护。将这些分析的结果与作者先前进行的舱室火灾分析的结果进行了比较。

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