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Smoke Prevention and Exhaust System for Buildings Based on Performance-Oriented Design

机译:基于性能设计设计的建筑物防烟和排气系统

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摘要

To improve the efficiency of smoke prevention and exhaust (SPE) system for buildings, this paper analyzes the building space structure, SPE design and equipment, fire control strategy, and smoke features of emerging buildings, namely, metro stations, tunnels, atriums, and underground garages, and evaluates the reliability of water curtain system in SPE design. By analyzing the factors affecting the SPE efficiency of buildings, the authors measured the effect of building SPE plan and evacuation situation, and summarized the keys and technical difficulties in the SPE system research of different types of buildings. Considering building features and SPE optimization strategy, it is recommended to apply water curtain system as fire partitions in metro stations and underground garages. The proposed optimization strategy, coupled with the original SPE system for buildings, marks the research trend of SPE system for emerging buildings in future.
机译:为了提高烟雾预防和排气(SPE)系统的建筑系统,分析了建筑空间结构,SPE设计和设备,防火控制策略和新兴建筑的烟雾特征,即地铁站,隧道,庭院和 地下车库,并评估SPE设计中的水幕系统的可靠性。 通过分析影响建筑物的SPE效率的因素,作者测量了建设SPE计划和疏散情况的影响,并总结了不同类型建筑物的SPE系统研究中的钥匙和技术困难。 考虑到建筑功能和SPE优化策略,建议将水幕系统应用于地铁站和地下车库中的火灾分区。 建议的优化策略与建筑物的原始SPE系统相结合,标志着未来新兴建筑物SPE系统的研究趋势。

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