地铁安全门系统活塞风掺混系数研究
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The Study of Mix Coefficient of the Stopcock Wind in Metro with Safety Door
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    摘要:

    文章通过对地铁安全门系统与隧道气流的交换规律的研究,建立了物理模型,数学模型,通过合理的假设简化,利用CFD模拟手段,采用示踪气体的方法求解了可以表征地铁活塞风对车站热环境影响程度的掺混系数值。文中选取了三种不同高度的安全门系统进行模拟比较,得到了其掺混系数的具体值,并利用掺混系数模拟计算了在不同安全门高度下的地铁空调系统能耗变化情况。

    Abstract:

    Through study of the rule of the air current between the metro stations which had installed the safety door system and the tunnel, this text established a physics model and a mathematics model, gained the mix coefficient which can marks the degree of the influence stopcock wind in metro inflict to the heat environment, exerting reasonable assumption and simplification, making use of the CFD imitation, adopting tracer air. The text elected three kinds of safety door system with different height to simulate and compare, gained the exact value of the mix coefficient, and simulated the energy consumption of subway air conditioning in different height of safety door by the mix coefficient.

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朱培根,徐万里,刘军,涂江峰,田义龙.地铁安全门系统活塞风掺混系数研究[J].土木与环境工程学报(中英文),2012,34(Z1):79-81. Zhu Peigen, Xu Wanli, Liu Jun, Tu Jiangfeng, Tian Yilong. The Study of Mix Coefficient of the Stopcock Wind in Metro with Safety Door[J]. JOURNAL OF CIVIL AND ENVIRONMENTAL ENGINEERING,2012,34(Z1):79-81.[doi]

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  • 在线发布日期: 2012-09-13
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