作者：宋神友
页数：300
出版社：人民交通出版社
出版日期：2023
ISBN：9787114187346
电子书格式：PDF
PDF下载地址
内容简介
本书共分为7 章,围绕钢壳混凝土沉管钢结构耐久性设计,阐述了钢壳混凝土沉管的材料特点、结构特征及环境特征,重点介绍了长寿命周期服役工况下钢壳混凝土沉管钢结构腐蚀机理研究、防腐设计及试验研究、防腐监测技术研究及应用,并通过深中通道项目钢壳混凝土沉管隧道的设计及建设示例,展示了钢壳混凝土沉管隧道钢结构长寿命耐久性设计应用的具体方法。本书可作为近岸海港工程、桥梁工程、隧道工程、海洋工程专业相关人员的学习及参考用书。
目录
第1 章 绪论 ·································································001
1.1 盾构模式分类 ·················································003
1.2 双模盾构机概述 ··············································005
1.3 福州地铁4 号线双模盾构隧道工程概况 ···················009
第2 章 EPB/TBM双模盾构机选型与研制 ···························· 017
2.1 EPB/TBM 双模盾构机概述 ··································019
2.2 双模盾构机选型 ··············································021
2.3 双模盾构机研制 ··············································028
第3 章 双模盾构始发与到达技术 ······································· 053
3.1 工程概述 ······················································055
3.2 双模盾构机组装与调试技术 ·································057
3.3 端头加固技术 ·················································065
3.4 盾构始发控制技术 ············································080
3.5 盾构到达控制技术 ············································090
3.6 中间风井接收技术 ············································101
3.7 盾构空推通过中间风井施工技术 ···························104
第4 章 双模盾构掘进控制技术 ···········································109
4.1 EPB 模式掘进控制技术 ······································ 111
4.2 TBM 模式掘进控制技术 ····································· 117
4.3 HSP 超前地质预报技术 ······································128
4.4 EPB 模式穿越密集居民区沉降控制技术 ···················138
1.1 盾构模式分类 ·················································003
1.2 双模盾构机概述 ··············································005
1.3 福州地铁4 号线双模盾构隧道工程概况 ···················009
第2 章 EPB/TBM双模盾构机选型与研制 ···························· 017
2.1 EPB/TBM 双模盾构机概述 ··································019
2.2 双模盾构机选型 ··············································021
2.3 双模盾构机研制 ··············································028
第3 章 双模盾构始发与到达技术 ······································· 053
3.1 工程概述 ······················································055
3.2 双模盾构机组装与调试技术 ·································057
3.3 端头加固技术 ·················································065
3.4 盾构始发控制技术 ············································080
3.5 盾构到达控制技术 ············································090
3.6 中间风井接收技术 ············································101
3.7 盾构空推通过中间风井施工技术 ···························104
第4 章 双模盾构掘进控制技术 ···········································109
4.1 EPB 模式掘进控制技术 ······································ 111
4.2 TBM 模式掘进控制技术 ····································· 117
4.3 HSP 超前地质预报技术 ······································128
4.4 EPB 模式穿越密集居民区沉降控制技术 ···················138