2011•Procedia EngineeringOpen access

Effect of the Open Ways of Screen Doors on Fire Smoke in a Subway Platform

Juntao Yang, Yun Yang, He‐Lan Wang, Liang Shi

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Abstract

Under certain conditions, the screen doors of the platform can affect smoke spread and evacuation in a subway fire. The physical model and mathematical model were established by taking a real subway station as an example. And the smoke spread in a train fire was simulated by using CFD method. Effect of four open ways of screen doors on fire smoke and evacuation were analyzed. The research can provide a theoretical basis and technical support for the emergency evacuation plan and performance-based design of the subway.

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What this paper is about

Under certain conditions, the screen doors of the platform can affect smoke spread and evacuation in a subway fire. The physical model and mathematical model were established by taking a real subway station as an example. And the smoke spread in a train fire was simulated by using CFD method. Effect of four open ways of screen doors on fire smoke and evacuation were analyzed. The research can provide a theoretical basis and technical support for the emergency evacuation plan and performance-based design of the subway.

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Available abstract

Under certain conditions, the screen doors of the platform can affect smoke spread and evacuation in a subway fire. The physical model and mathematical model were established by taking a real subway station as an example. And the smoke spread in a train fire was simulated by using CFD method. Effect of four open ways of screen doors on fire smoke and evacuation were analyzed. The research can provide a theoretical basis and technical support for the emergency evacuation plan and performance-based design of the subway.

Key concepts: Doors, Smoke, Subway station, Open plan, Engineering, Architectural engineering, Plan (archaeology), Marine engineering

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Effect of the Open Ways of Screen Doors on Fire Smoke in a Subway Platform — Research Paper | ScholarLens