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Possible Improvements to Current Design Practices in Fire Safety Design for Road Tunnels

机译:对道路隧道的火灾安全设计中的当前设计实践可能改进

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The fire safety design for road tunnels includes the following aspects: active systems, passive provisions and operational procedures. The active systems include the smoke control system, fire suppression system, detection system and fire fighter's assistance systems. Passive provisions include escape passages, fire separation and fire resistance systems. The operational procedures refer to fire fighter access, reporting and alerts, evacuation processes and crowd control. Currently, these systems are typically designed by different designers or teams. These systems are intended to work together in a coordinated manner to provide the desired safety outcome. However, in practice, this is not always happening. The fire engineering process is supposed to bring together all these aspects and arrive at an integrated safety system. The fire engineering process in practice is not integrating the design with the practice or reality and is thus arriving at less than desirably efficient safety systems.
机译:道路隧道的防火安全设计包括以下几个方面:主动系统,被动规定和运营程序。主动系统包括烟雾控制系统,防火系统,检测系统和消防员的援助系统。被动规定包括逃生通道,防火和耐火系统。运营程序是指消防员访问,报告和警报,疏散流程和人群控制。目前,这些系统通常由不同的设计师或团队设计。这些系统旨在以协调的方式共同努力,以提供所需的安全结果。但是,在实践中,这并不总是发生。消防工程过程应该汇集所有这些方面,并到达综合安全系统。实践中的消防工程过程没有将设计与实践或现实集成,因此到达较低的高效安全系统。

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