选择特殊符号

Ф δ ° × # Ⅱ Ⅲ ½ ¼

选择搜索类型

市场价信息价参考价询价供应商云知资讯文库百科

热门搜索

造价通

请输入搜索

首页 > 百科 > 建设工程百科

城市轨道交通工程测量技术与应用

《城市轨道交通工程测量技术与应用》是2017年6月电子工业出版社出版的图书，作者是王玉福。

城市轨道交通工程测量技术与应用基本信息

书名城市轨道交通工程测量技术与应用
作者王玉福
ISBN9787121317002
页数280页
定价59元
出版社电子工业出版社
出版时间2017年6月
开本16开

城市轨道交通工程测量技术与应用图书目录

第一篇城市轨道交通控制测量 第1 章绪论···········································································································3 1.1 城市轨道交通工程测量的内容及任务··································································3 1.2 城市轨道交通工程测量特点··················································································4 1.3 国内现状及展望······································································································5 第2 章地面平面控制测量······················································································· 7 2.1 概述·························································································································7 2.2 GNSS 控制测量······································································································8 2.3 精密导线···············································································································25 第3 章地面高程控制测量······················································································38 3.1 概述·······················································································································38 3.2 地面高程控制测量技术························································································38 3.3 跨河水准测量·······································································································61 第4 章井下控制测量·····························································································73 4.1 概述·······················································································································73 4.2 井下平面控制测量································································································74 4.3 井下水准测量·······································································································77 第二篇轨道交通施工测量 第5 章轨道交通施工测量基础··············································································81 5.1 概述·······················································································································81 5.2 放样的基本方法····································································································82 5.3 点位放样················································································································87 5.4 归化法放样············································································································95 5.5 线路计算··············································································································105 第6 章平面联系测量···························································································112 6.1 概述·····················································································································112 6.2 一井定向··············································································································112 6.3 两井定向··············································································································118 6.4 投点法·················································································································125 6.5 多点后方交会法··································································································126 6.6 小结·····················································································································129 第7 章高程联系测量···························································································131 7.1 悬吊钢尺法··········································································································131 7.2 光电测距法··········································································································133 第8 章洞门环板测量···························································································134 8.1 安装测量··············································································································134 8.2 验收测量··············································································································136 8.3 数据处理方法······································································································136 第9 章盾构始发测量···························································································145 9.1 始发托架安装定位测量······················································································145 9.2 始发姿态测量······································································································150 第10 章盾构机姿态测量······················································································152 10.1 概况···················································································································152 10.2 水平标尺法········································································································156 10.3 拟合圆心法········································································································158 10.4 三点法···············································································································158 10.5 参考点法············································································································162 10.6 小结···················································································································168 第11 章管片姿态测量··························································································169 11.1 现场测量方法····································································································169 11.2 数据处理方法····································································································170 第12 章导向系统的使用及维护··········································································174 12.1 导向系统原理····································································································174 12.2 VMT 导向系统简介··························································································176 12.3 VMT 导向系统调试与使用···············································································179 12.4 导向系统维护····································································································182 第13 章接收测量·································································································186 13.1 刀盘中心坐标测量····························································································186 13.2 接收架定位········································································································187 第14 章轨道安装测量··························································································188 14.1 铺轨基标测量····································································································188 14.2 任意设站的精密导线网····················································································193 14.3 轨道铺设施工测量····························································································204 第15 章贯通测量·································································································207 15.1 概述···················································································································207 15.2 贯通误差预计····································································································208 15.3 贯通测量············································································································214 第16 章竣工测量·································································································218 16.1 概述···················································································································218 16.2 车站竣工测量····································································································218 16.3 桥梁竣工测量····································································································219 16.4 隧道竣工测量····································································································221 16.5 轨道竣工测量····································································································221 第17 章城市轨道交通工程测量数据处理系统简介··········································224 17.1 发展与现状········································································································224 17.2 系统关键技术····································································································225 17.3 系统功能············································································································227 第三篇管理制度及技术文件 第18 章轨道交通工程测量管理细则··································································231 18.1 施工测量质量管理目标和质量指标································································231 18.2 主要使用的测量规范························································································231 18.3 轨道交通施工测量的主要内容········································································232 18.4 测量复核制·······································································································232 18.5 测量分工负责制································································································241 第19 章轨道交通测量及监测管理办法······························································246 19.1 总则···················································································································246 19.2 测量及监测各方关系························································································246 19.3 承包商施工测量及监测考核管理办法····························································247 19.4 监理的测量考核管理办法················································································249 19.5 测量监理的考核管理办法················································································251 19.6 第三方监测单位的考核管理办法····································································251 19.7 考核结果处理···································································································252 19.8 检查记录表·······································································································253 第20 章轨道交通工程断面测量技术要求··························································261 20.1 断面布置密度···································································································261 20.2 纵断面布置要求································································································262 20.3 断面测量精度及方法························································································267 20.4 断面成果资料···································································································268 参考文献···················································································································2692100433B

城市轨道交通工程测量技术与应用造价信息

市场价
信息价
询价

轨道交通光缆

规格型号：
;GCYFY-48芯野外光缆室外光缆轨道交通光缆
价格行情：
材料单位：
m
材料品牌：
聚纤缆，万马天诚
材料税率：
0%
供应商：
广东聚纤缆通信股份有限公司
报价时间：
2022-12-07

查看价格

轨道梁支座

规格型号：
kgZZ-G-1500-ZX±100
价格行情：
材料单位：
套
材料品牌：
OVM
材料税率：
0%
供应商：
柳州东方工程橡胶制品有限公司
报价时间：
2022-12-07

查看价格

轨道梁支座

规格型号：
kgZZ-Q(25m)-1250-GD
价格行情：
材料单位：
套
材料品牌：
OVM
材料税率：
0%
供应商：
柳州东方工程橡胶制品有限公司
报价时间：
2022-12-07

查看价格

轨道梁支座

规格型号：
kgZZ-Q(25m)-1250-ZX-60
价格行情：
材料单位：
套
材料品牌：
OVM
材料税率：
0%
供应商：
柳州东方工程橡胶制品有限公司
报价时间：
2022-12-07

查看价格

轨道梁支座

规格型号：
kgZZ-Q(30m)-3000-GD
价格行情：
材料单位：
套
材料品牌：
OVM
材料税率：
0%
供应商：
柳州东方工程橡胶制品有限公司
报价时间：
2022-12-07

查看价格

人工费

规格型号：
1.《广东省城市轨道交通工程合定额（2018）》2.《广东省城市地下综合管廊工程综合定额（2018）》（从定额执行之日起）
价格行情：
材料单位：
系数
材料税率：
地区时间：
潮州市饶平县2022年9月信息价
所属行业：
建筑工程
备注说明：

查看价格

人工费

规格型号：
1.《广东省城市轨道交通工程合定额（2018）》2.《广东省城市地下综合管廊工程综合定额（2018）》（从定额执行之日起）
价格行情：
材料单位：
系数
材料税率：
地区时间：
潮州市饶平县2022年8月信息价
所属行业：
建筑工程
备注说明：

查看价格

人工费

规格型号：
《广东省城市轨道交通工程综合定额(2018)》、《广东省城市地下综合管廊工程综合定额(2018)》(从定额执行之日起)
价格行情：
材料单位：
系数
材料税率：
地区时间：
潮州市2022年2季度信息价
所属行业：
建筑工程
备注说明：

查看价格

人工费

规格型号：
《广东省城市轨道交通工程综合定额(2018)》、《广东省城市地下综合管廊工程综合定额(2018)》(从定额执行之日起)
价格行情：
材料单位：
系数
材料税率：
地区时间：
潮州市2022年1季度信息价
所属行业：
建筑工程
备注说明：

查看价格

人工费

规格型号：
《广东省城市轨道交通工程综合定额(2018)》、《广东省城市地下综合管廊工程综合定额(2018)》(从定额执行之日起)
价格行情：
材料单位：
系数
材料税率：
地区时间：
潮州市2021年4季度信息价
所属行业：
建筑工程
备注说明：

查看价格

轨道交通标识

规格型号：
650×650
需求量：
2块
报价数：
3
材料品牌：
材料档次：
中高档
费用说明：
含税费 | 含运费
询价时间：
2021-12-09

查看价格

通讯与控制技术应用实训软件

规格型号：
,控制中心界面上会实时显示列车当前所在区段的位置、允许车速、信号机状态.轨道电路所有区段初始化信号机为绿灯,当列车经过时,再根据列车位置列控中心智能分配信号机状态.(2)进出站模式当列车由区段8开始
需求量：
1套
报价数：
3
材料品牌：
智嵌通信与控制技术应用实训软件V2..0中软通信与控制技
材料档次：
中高档
费用说明：
含税费 | 含运费
询价时间：
2018-05-16

查看价格

技术与设计教学挂图

规格型号：
11张,彩色,包括:实验室制度、经典技术设计赏析、经典技术人物介绍等内容.
需求量：
1套
报价数：
1
材料品牌：
材料档次：
中高档
费用说明：
含税费 | 含运费
询价时间：
2019-06-21

查看价格

柱立式轨道交通车站导向标志

规格型号：
-
需求量：
360块
报价数：
3
材料品牌：
材料档次：
中高档
费用说明：
含税费 | 含运费
询价时间：
2022-05-27

查看价格

计量与测量

规格型号：
相关参数见图纸
需求量：
1项
报价数：
1
材料品牌：
材料档次：
中档
费用说明：
含税费 | 含运费
询价时间：
2016-10-28

查看价格

城市轨道交通工程测量技术与应用内容简介

为使测量技术更好地为城市轨道交通工程建设服务，本书系统理论的总结轨道交通工程测量技术，以东莞轨道交通工程建设的实际测量作业为背景，通过分析、研究与总结，从轨道交通工程建设过程中测量工作的关键节点和重难点入手，归纳了现阶段各城市轨道交通工程建设中对于测量节点的要求，介绍了轨道交通工程建设过程中几乎所有涉及到的测量方法及原理并且对于轨道交通工程中各种繁杂的数据处理进行了系统的介绍，这些测量技术及方法是经典轨道交通工程测量及理论知识的创新应用，对今后我国城市轨道交通工程建设的测量工作具有参考和指导作用。

城市轨道交通工程测量技术与应用常见问题

怎么区分市政工程城市轨道交通工程

市政工程分为大市政和小市政大市政是指城市道路、桥梁、排水、污水处理、城市防洪、园林、道路绿化、路灯、环境卫生等城市公用事业工程； 1、道路交通工程。如道路、立交、广场、交通设施、铁路及...
城市轨道交通工程技术是什么？

城市轨道交通工程技术是以城市轨道交通概论、工程力学、结构力学、建筑材料、工程机械、土力学与基础工程、结构设计原理、线路工程、地下工程、桥梁工程、工程经济及管理、工程测量实习、工程地质实习、结构设计、施...
城市轨道交通工程技术这个专业怎么样？就业怎么样？

这个专业一般都是出来担任火车列车员、车站值班站长、车站值班员、车站站务员、行车调度员、值班主任百等岗位工作。此专业融合了现代管理学科与城市轨道交通行车、客运实度务，课程设置体现理论与实践相结合的教学理...

城市轨道交通工程测量技术与应用文献

城市轨道交通工程测量规范

城市轨道交通工程测量规范

城市轨道交通工程测量规范

格式：pdf

大小：233KB

页数： 40页

地铁测量主要工作 1 总则 1.0.1 为适应城市轨道交通建设发展的需要，统一城市轨道交通工程测量技术要求，遵循技术先进、经济合理、质量可靠和安全适用的原则，制定本规范。 1.0.2 本规范适用于城市轨道交通新建和旧线改造及运营期间的工程测量。 1.0.3 在同一城市内的轨道交通工程控制测量应满足下列要求： 1 平面和高程系统应与所在城市平面和高程系统一致； 2 工程建设前应在城市一、二等平面和高程控制网的基础上，建立专用平面、高程施工控制网，其与现有城市控制网重合点的坐标及高程较差，应分别不大于 50mm和 20mm； 3 施工前应对已建成的平面、高程控制网进行复测，建设中应对其进行检测。 1.0.4 城市间的轨道交通工程控制测量除应满足本规范 1.0.3 条中的 2、3款外 , 还应采用统一的坐标、高程系统，当城市间坐标、高程系统不一致时应进行相应的换算。 1.0

在线阅读立即下载

浅谈城市轨道交通工程测量控制技术

浅谈城市轨道交通工程测量控制技术

浅谈城市轨道交通工程测量控制技术

格式：pdf

大小：233KB

页数： 1页

在城市轨道交通工程中，地下控制测量是工程建设的开端和基础。创建施工测量控制网，不仅对地下隧道掘进的测量提供了可靠保证，同时也是设备安装测量以及竣工测量等的重要基础。地下平面测量以及高程控制测量是地下控制测量的主要测量内容。主要对城市轨道交通工程测量控制技术的介绍。

在线阅读立即下载

城市轨道交通工程测量内容简介

本书以现行国家标准《城市轨道交通工程测量规范》GB 50308—2008为依据，对该规范所含内容及相关技术要点进行详细介绍，是我国第一本专题介绍城市轨道交通工程测量的书籍。 全书共分14章，主要内容包括： 城市轨道交通工程概述 贯通误差与测量精度设计 地面平面控制测量 地面高程控制测量 专项调查与测绘 地面定线及明挖隧道施工测量 联系测量 地下控制测量 暗挖隧道施工测量 结构断面测量 铺轨基标测量 跨座式单轨交通工程测量 变形测量 测量项目管理与质量控制 本书力求理论与实践相结合，内容浅显易懂，操作性强，可供教学、科研和生产单位的测量技术人员和管理人员参考。

城市轨道交通工程测量规范内容简介

《城市轨道交通工程测量规范》由中国建筑工业出版社出版。

城市轨道交通工程测量目录

第1章城市轨道交通工程概述 1.1 城市轨道交通工程建设概况 1.2 城市轨道交通工程设计与施工简介 1.3 城市轨道交通工程测量的任务和内容 第2章贯通误差与测量精度设计 2.1 概述 2.2 贯通误差限值及误差分配 2.3 平面控制网布设方案与精度设计 2.4 高程控制网布设方案与精度设计 2.5 横向贯通误差影响值的精度估算 第3章地面平面控制测量 3.1 概述 3.2 一等卫星定位控制网测量 3.3 二等精密导线测量 3.4 地面平面控制网的检测与处理2100433B

相关推荐

相关百科
相关知识
相关专栏

免费服务热线: 400-888-9639