岛式站台

地铁岛式站台空调气流CFD模拟

CFD Simulation of Air Distribution for Subway Island-platform

介绍液化天然气灌装站的LNG分配器、岛式站台、消防系统、LNG公共汽车灌装程序及其保养设施等。

The LNG dispenser , refueling island , fire suppression system , bus refueling operation sequence and maintenance facility , etc. of a LNG refueling station are introduced .

结合我国地铁区间单线盾构隧道直径6m左右的实情，提出了在盾构隧道的基础上修建三条平行隧道岛式站台车站方案。

Authors of the paper put forward a project of a metro station with three parallel tubes and an island type platform based on the shield tunnels with a diameter of about 6m for single line traffic .

地铁岛式站台空气龄及火灾防排烟研究

Study on Air Age and Smoke-Control of Fire at Subway Central-Platform

地铁岛式站台烟控系统的性能化分析

Performance-based Analysis on Smoke Controlling System for Subway Island-platform

地铁浅埋岛式站台列车火灾烟气蔓延的数值模拟研究

Numerical Simulation of Smoke Spread during Subway Train Fire in Shallow Embedded Island Platform

双层岛式站台车站管棚预支护效应分析

Effect Analysis on Pipe - shed Advanced Support of the Double-deck Station with Island Platform

笔者针对地铁深埋岛式站台火灾，利用数值模拟方法，研究深埋岛式站点内烟气横向流动和不同站层间的烟气纵向蔓延规律。

By CFD simulation , horizontal movement of smoke at island platform and vertical diffusion of smoke at different level of the platform are studied .

结果表明，地铁岛式站台在没有开启机械通风的状况下，烟气蔓延极其迅速，火场温度上升极快，地铁站台安装合适的强制通风烟控系统能在火灾中发挥有效的作用；

The results show that the smoke spreads quickly and the temperature ascend fast under the case of unmechanical-ventilation form . The ventilation system has effective function .

通过对公交站台宽度影响因素的分析，提出了公交岛式站台和侧式站台的宽度的计算方法；

Through the analysis to the influence factors of waiting area in the platform , the study has proposed the width computing technologies of the island type platform and side type platform ;

针对不同结构形式的地铁站台建立同尺寸的数值模型，如天津洪湖里站为双层侧式站台结构，天津南楼站为双层岛式站台结构。

Numerical models which have same sizes in subway station are established based on different structural form of subway platform . Such as the Hong hu li station is two layer side-type platforms , and the Nan lou station is two layer island-type platform .

深埋岛式地铁车站站台火灾时烟气蔓延数值分析

Simulation of Smoke Movement and Ventilation in Fire at Island-platform of Deep Buried Metro Station