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FIRE SAFETY CHECK OF EXISTING TALL OFFICE BUILDINGS APPLYING FIRE ENGINEERING APPROACH: A CASE STUDY

机译:消防安全检查现有的高级办公楼应用消防工程方法:案例研究

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The topic of this paper is the application of Structural Fire Engineering to an Italian existing tall office building in order to evaluate the actual fire safety conditions.The building is equipped with different fire protection systems, therefore the additional aim of the thermo-mechanical analyses has been the evaluation of the effectiveness of different fire protection systems as well.It has to be noticed that a passive protection system can be used like fire protection system if its characteristics are "certified" through an experimental campaign, which proves the effectiveness of the system in case of fire.The knowledge of thermal characteristics enables to apply advanced calculation models for the assessment of structural fire resistance.Nevertheless, in case of existing building, that characterization is not usually available, even if the certificates of fire resistance are provided.In this case,the proposed approach, shown in the following, is a kind of "back analysis ", which enables to find the material's thermal characteristics on the basis of experimental results carried out to provide the REI certification.In this paper, the back analyses carried out on different fire protection systems as calcium-silicate carter, mineral fibre ceiling and intumescent paints.These systems were applied in Italy during the 90 's.
机译:本文的主题是结构防火工程在意大利现有的高大的办公楼,以评估实际的消防安全conditions.The建筑应用配备了不同的防火系统,因此在热机械分析的另一目的有有所不同的防火系统的有效性的评价作为well.It也必须注意到,被动保护系统可以像消防系统中,如果其特点是“认证”通过实验活动,证明了该系统的有效性在热特性火灾。知识的情况下能够运用先进的计算模型结构防火resistance.Nevertheless的评估,在现有建筑的情况下,这种描述是通常不可,即使耐火性的证书provided.In这种情况下,所提出的方法,在下文中所示,是一种“反分析”,这使得能够发现的情况下进行,以提供REI certification.In本文的实验结果的基础上,该材料的热特性,背面分析在不同的防火系统中进行如硅酸钙卡特,矿物纤维顶棚和膨胀paints.These系统在上世纪90年代在意大利被应用。

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