人行地道

城市人行地道方案评价模型及应用

The Evaluation Model of Urban Pedestrian Subway and Its Application

预制吊装人行地道的设计与施工

Design and Construction of Prefabricated Hoisting Pedestrian Subway

TS防水涂料在车站人行地道外防水施工的应用

The waterproof construction on the outside of pedestrian tunnel of construction station by using TS waterproof paint

城市人行地道浅埋暗挖法施工的沉降监测分析

Analysis on Settlement Monitoring of Shallow Underground Excavation Method for Urban Underpass

长风大街人行地道的渗漏及防治

Seepage of Underground Footway of Changfeng Street and Prevention

城市人行地道分部开挖长度大小及其影响

Size and Effect of Step Length in Pedestrian Underpass

城市人行地道浅埋暗挖施工技术及其环境效应研究

Study on Underground Cutting Technique with Shallow Overburden and Environmental Effect of City Underpass

管棚支护在浅埋暗挖人行地道中的应用

The application of aperture pipe shed support in under digging pedestrian underpass at shallow depth

软土地层中采用浅埋暗挖法修建人行地道

To Build Pedestrian Underpass by Shallow Embedment and Concealed Excavation Method in Soft Soil Stratum

外地人很容易在纽约地铁如迷宫般的人行地道里迷路。

Out-of-towners may easily lose their way in New York City 's labyrinthine subway passages .

通过厦门一老市区的繁忙道路上新建一座人行地道的设计及施工，阐述地道分节段预制及吊装的施工工艺。

The subway 's separated prefabricated and hoisting technique has been expounded through a design and construction of pedestrian subway across busy urban blocks in Xiamen .

人行地道施工不可避免对周边环境造成不利的影响，严重者可能影响地面建（构）筑物和地下管线的正常使用。

The influence of the underpass construction on the surrounding environment is inevitable , which may affect the neighboring buildings and the normal use of the infrastructures .

对不同条件下（不同材质、不同埋深、不同间距）人行地道施工对地下管线的影响进行数值模拟和分析。

Numerical simulation and analysis on the impact of the underpass construction to underground pipeline under different conditions ( including different material , depth and space ) has been done . 7 .

摘要对城市人行地道的化缺点进行了分析，提出了一些设计对策，指出人行地道的设计应作为城市空间节点的组成部分来考虑。

Based on the studies of pedestrian underpass advantages and disadvantages , the paper points out same design countermeasures and proposes to consider the pedestrian underpass as a part of the urban space node .

对不同土层、不同施工工艺、不同埋深等因素对地表沉降的影响进行了数值模拟和分析，在研究结果基础上总结了人行地道开挖引起地表沉降的影响因素和控制措施。

Numerical simulation and analysis on the impact of the different soil , construction technique and depth to surface subsidence have been done . On the basis of research results influencing factors and control measures have been summarized . 6 .

用浅埋暗挖法在软土地层中施工人行过街地道

On Shallow Tunneling Method Applied in the Construction of Pedestrian Subway of Soft Soil Stratum

人行过街天桥（地道）选址模型的研究

On Model of Pedestrian Overpass / Underpass Siting

阐述了社会对残疾人关心和爱护的无障碍市政设施设计的设计理念和缘石坡道、盲道、人行天桥与人行地道等三个方面的设计内容，并重点介绍了设计规范标准。

Expounded here are the design concept and design contents of barrier-free public infrastructure , and the design standards are specifically introduced .