走廊宽度对喷气防烟系统的影响

K. Chung, Y. R. Zheng
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引用次数: 0

摘要

喷风防烟系统的作用是从安装在墙体两侧或单侧的直线通风口吹出空气,防止烟雾从火场蔓延。该系统适用于医院、养老院、地下隧道等有大量较弱的疏散人员,可能会受到防火门或烟幕等烟雾装置的干扰的场所。在大多数建筑物中,走廊设计用于连接紧急出口和楼梯,作为疏散路线。因此,阻止走廊到楼梯间的热烟成为重要的防火安全设计。现有建筑物的走廊可能有不同的宽度。因此,本研究对三种不同尺寸(2米、4米和6米)的走廊宽度进行了实验研究。根据试验数据,在2 m和4 m宽度的走廊上应用的喷气防烟系统在火灾试验时能够形成无烟区。在设计送风风量下,射流防烟系统无法保护6m宽度走廊。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The corridor width effects on air jet smoke prevention system
The function of air jet smoke prevention system is blowing air from the lineal vent installed on either sides or single side of the wall to prevent the smoke spread from fire sites. The system has the advantages for using in the hospitals, nursing homes, or underground tunnels which have a large number of weaker evacuees that may cause trouble by fire door or smoke curtain and other smoke devices. The corridors are designed to connect emergency exit and stairs as an evacuate route in most buildings. Therefore, stopping the hot smoke from corridor to stairs becomes an important fire safety design. The corridors may have various widths in existing buildings. Thus, three different size (2 m, 4 m, and 6 m) corridor widths are examined experimentally in this study. Referring to the test data, the air jet smoke prevention system applied in 2 m and 4 m width corridors are able to create a smoke-free area during the fire tests. Under the design supply air volume, air jet smoke prevention system fails to protect the 6 m width corridor.
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