Numerical Simulation on Smoke Control of Impulse Ventilation in a Large Underground Carpark

Jianping Yuan, Cong Chen, Yuchun Wen, Zhi Tang, Zheng Fang, Jun-heng Wang
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Abstract

Nowadays many carparks have been installed impulse ventilation system and use it to control fire smoke in China. As there is few study on impulses ventilation system to control fire smoke, numerical simulations on fire smoke control using FDS 6.3.2 have been carried out in a carpark with 4000 m2. It is found that impulse ventilation can effectively help the firefighters by making the fire upstream with less smoke. Based on the analysis of the numerical simulation results, jet fan number and extract rate are two important parameters in impulse ventilation smoke control design.
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大型地下停车场脉冲通风烟气控制数值模拟
目前国内许多停车场都安装了脉冲通风系统,并采用脉冲通风控制火灾烟气。由于目前对脉冲通风系统控制火灾烟气的研究较少,利用FDS 6.3.2软件对4000m2的停车场进行了火灾烟气控制的数值模拟。研究发现,脉冲通风可以有效地使火灾逆流而上,产生较少的烟雾。通过对数值模拟结果的分析,得出了射流风机数量和抽烟率是脉冲通风防烟设计中的两个重要参数。
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