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Theoretical and Experimental Study on Velocity of Gas through Exhaust Inlet in Transversal Smoke Extraction System of Tunnel

机译:隧道横向排烟系统中排风速度的理论与实验研究

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Velocity through exhaust inlet depends on the geometry configuration of exhaust inlets and exhaust mode of the transversal exhaust system. For a given transversal exhaust system of tunnel, maximum value of velocity through the exhaust inlet might be several times of the minimum value. With same total exhaust rate and configuration of exhaust inlets, maximum velocity through individual exhaust inlet under unilateral exhaust mode is much bigger than that under bilateral exhaust mode. When designing a transversal exhaust system for a tunnel, velocity distribution of each exhaust inlet should be carefully considered according to the exhaust rate, position of the fans, exhaust inlets and the geometrical configuration of the smoke duct or channel.
机译:通过排气口的速度取决于排气口的几何结构和横向排气系统的排气模式。对于给定的隧道横向排气系统,通过排气口的速度最大值可能是最小值的几倍。在总排气速率和排气口配置相同的情况下,单侧排气模式下通过单个排气口的最大速度要比双侧排气模式下的最大速度大得多。在为隧道设计横向排气系统时,应根据排气速率,风扇的位置,排气口和烟道或通道的几何构型,仔细考虑每个排气口的速度分布。

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