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Study on Estimate of Load Ratio of Doubly Reinforced Concrete Beam Exposed to the Standard Fire

机译:双重钢筋混凝土梁负荷比估计的研究

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There are a lot of concerns on safety structure performance by being buildings to be large and high-rise. In particular, damage due to the fire recently leads to a large disaster and therefore a variety of countries operate the regulation on the fire resistance performance depending on the building structure. There are differences on the fire resistance design in each country but 50% of the design load is suggested to be reasonable for the normal temperature during the fire by applying the concept of the loading ratio to the fire resistance design of structures. Since the loading ratio is the factor having a major impact on the evaluation of the fire resistance performance, it should be preferentially considered. The study on setting up the loading ratio to evaluate the fire resistance performance and safety of structures has yet to be fully furnished in South Korea. Therefore, in this paper, the loading ratio proper for the construction status in South Korea is to be taken into account and then the ratio is to be proposed on the single reinforcement beam.
机译:通过建筑物大量和高层建筑物,对安全结构性能有很多担忧。特别是,由于火灾造成的伤害最近导致大量灾难,因此各种国家根据建筑结构对抗耐火性能的调节。每个国家的防火设计存在差异,但通过将负载比的概念应用于结构的耐火设计,建议使用50%的设计载荷来合理的常温。由于负载比是对耐火性能评价具有重要影响的因素,因此应优先考虑它。建立负载比率评价耐火性能和结构安全性的研究尚未在韩国齐全。因此,在本文中,要考虑韩国施工地位的适当的负载比,然后在单钢筋上提出该比率。

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