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湖南省志(1978-2002)?铁路志
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基于个性化设计策略的智能交通系统关键技术
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汕头海湾隧道复合地层超大直径盾构施工关键技术研究(精)/中国隧道及地下工程修建关键技术研究书系 版权信息
- ISBN：9787114181788
- 条形码：9787114181788 ; 978-7-114-18178-8
- 装帧：一般胶版纸
- 册数：暂无
- 重量：暂无
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汕头海湾隧道复合地层超大直径盾构施工关键技术研究(精)/中国隧道及地下工程修建关键技术研究书系 内容简介
本书主要包括三部分内容：一是关于公路建设管理的概念；二是公路施工组织设计和公路基本建设项目概、预算的基本原理和编制方法；三是公路施工质量和公路养护管理的基本原理和方法。本教材在编写过程中，充分考虑了中等职业教育教学特点，突出技能教学目标，以基本概念为基础，强化实践应用为重点，以国家等级考核职业标准和近期新技术标准为依据。力求深入浅出、通俗易懂，以图代文，图文并茂，并坚持对学生专业知识、专业技能、专业素养等的全方面培养，充分体现其科学性、优选性和通用性。《公路施工与养护管理》是全国交通高级职业技术学校公路施工与养护专业的通用教材，也可用于相关工种的职业资格培训和各类在职培训，又适用于在职工程技术人员学习参考。
汕头海湾隧道复合地层超大直径盾构施工关键技术研究(精)/中国隧道及地下工程修建关键技术研究书系 目录
**章 工程综述 ······························································1
**节 工程概述 ······································································· 3
一、工程简介·········································································· 3
二、工程概况·········································································· 4
第二节 隧道工程设计 ································································12
一、工程设计历程···································································12
二、工程建设方案比选·····························································14
三、盾构隧道设计方案·····························································15
四、工程设计主要标准·····························································21
第二章 盾构选型与配置 ··················································· 25
**节 盾构选型 ······································································27
一、概述···············································································27
二、海底超大直径盾构应用与特点 ·············································28
三、盾构选型·········································································32
第二节 盾构配置 ······································································33
一、切削系统·········································································34
二、推进系统·········································································46
三、主驱动系统······································································48
四、密封系统·········································································52
五、冲刷系统·········································································53
六、环流系统·········································································56
七、注浆系统·········································································62
八、其他···············································································63
第三章 盾构施工准备 ······················································ 67
**节 施工组织设计 ································································69
一、资源配置 ········································································69
二、进度计划 ········································································71
三、场地布置 ········································································73
四、弃浆与渣土运输 ·······························································75
第二节 泥水处理场 ···································································77
一、设备选择 ········································································77
二、场地地基基础和结构 ·························································80
第三节 盾构运输 ······································································82
一、盾构运输方式比选 ····························································82
二、运输方式确定 ··································································83
第四节 盾构组装与调试 ·····························································86
一、盾构组装 ········································································86
二、盾构调试 ········································································93
第四章 盾构井及端头加固················································ 97
**节 盾构井 ·········································································99
一、围堰设计与施工 ·······························································99
二、盾构井设计与施工 ·························································· 101
第二节 端头加固 ···································································· 108
一、端头加固方法比选 ·························································· 108
二、始发端头加固 ································································ 109
三、接收端头加固 ································································ 114
第五章 盾构掘进关键技术···············································117
**节 盾构始发与到达技术 ····················································· 119
一、盾构始发技术 ································································ 119
二、盾构水下到达技术 ·························································· 127
第二节 盾构过孤石段施工技术 ·················································· 138
一、孤石分布概述 ································································ 138
二、孤石处理技术 ································································ 140
三、盾构穿越孤石段施工情况 ················································· 143
第三节 盾构过海域基岩凸起段掘进技术······································ 148
一、基岩分布与研判 ····························································· 148
二、刀具管理 ······································································ 151
三、掘进参数管理 ································································ 163
四、开挖面稳定管理 ····························································· 170
五、东、西线掘进功效对比分析与小结 ····································· 172
第四节 常压刀盘换刀与带压开舱技术········································· 174
一、开舱概述 ······································································ 174
二、常压刀盘换刀技术 ·························································· 175
三、带压开舱技术 ································································ 178
第五节 盾构过浅覆土段掘进技术··············································· 180
一、浅覆土段掘进控制概述 ···················································· 180
二、地质概况与施工风险 ······················································· 182
三、浅覆土盾构掘进参数控制 ················································· 182
四、浅覆土地层壁后注浆控制 ················································· 190
五、掘进效果分析 ································································ 191
第六节 盾构施工测量与监测技术··············································· 191
一、长距离隧道施工测量技术 ················································· 191
二、海域隧道施工监测技术 ···················································· 196
第六章 盾构隧道质量控制···············································199
**节 管片质量控制 ······························································ 201
一、管片设计 ······································································ 201
二、管片生产 ······································································ 208
三、管片运输 ······································································ 209
四、管片安装 ······································································ 210
第二节 口子件质量控制 ··························································· 211
一、口子件设计 ··································································· 211
二、口子件制作工艺 ····························································· 212
三、口子件安装控制 ····························································· 213
第三节 盾构隧道质量通病及对策 ··············································· 214
一、管片上浮 ······································································ 214
二、管片破损错台与渗漏水 ···················································· 219
附表 ·············································································225
参考文献 ·······································································235
工程大事记 ····································································239
跋 ················································································241
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