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International Tunnel Fire-Safety Design Practices

机译:国际隧道消防安全设计规范

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摘要

The catastrophic consequences of the tunnel fires (e.g., the Mont Blanc tunnel, 1999, the Austrian Kaprun funicular tunnel, 2000, and the Swiss St. Gotthard tunnel, 2001) not only resulted in loss of life, severe property damages, but also left the public with a lack of confidence in using such systems. Fire safety in rail and road tunnels is challenging because of the specific features of the tunnel environment. The sustainability of existing tunnels, given the increased road traffic and changed vehicle mix, or the new rolling stocks, needs innovative design practices. For example, reliable and early fire detection in tunnels can provide the tunnel operator with early warnings of fire and its location, allowing for timely activation of the emergency response such as the emergency ventilation system.
机译:隧道火灾的灾难性后果(例如,1999年的勃朗峰隧道,2000年的奥地利卡普伦缆车隧道和2001年的瑞士圣哥达隧道)不仅造成人员伤亡,财产严重损失,而且还留下了公众对使用此类系统缺乏信心。由于隧道环境的特殊特征,铁路和公路隧道的消防安全具有挑战性。考虑到道路交通的增加和车辆组合的变化,或者新的机车车辆,现有隧道的可持续性需要创新的设计方法。例如,对隧道进行可靠的早期火灾探测可以为隧道运营商提供火灾及其位置的早期预警,从而可以及时激活紧急响应,例如紧急通风系统。

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