Advanced Construction Technology and Research of Deep-Sea Tunnels
暫譯: 深海隧道的先進建設技術與研究
Mei, Guoxiong, Xu, Zengguang, Zhang, Fei
- 出版商: Springer
- 出版日期: 2025-08-03
- 售價: $2,210
- 貴賓價: 9.5 折 $2,100
- 語言: 英文
- 頁數: 391
- 裝訂: Quality Paper - also called trade paper
- ISBN: 9819724198
- ISBN-13: 9789819724192
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相關分類:
控制系統 Control-systems
海外代購書籍(需單獨結帳)
商品描述
This open access book focuses on cutting-edge construction techniques for deep-sea tunnels. A world leader in construction technology for deep-sea tunnels and large undersea engineering structures, China has in these years completed several world-renowned undersea tunnel projects, such as the undersea tunnel connecting Shenzhen and Zhongshan, and the Shantou Bay undersea tunnel. The nation also boasts mature technology and enviable scientific research achievements in large-scale shield technology and deep-sea soil hydrostatic surveying. This book intends to provide a review of relevant studies on deep-sea tunnel construction for civil engineers around the globe and equip scholars in related fields of research with a deeper insight into this domain through comprehensive analyses of real-world engineering cases and the most up-to-date research results. The topics of this book include but are not limited to the following:
1. Deep-sea survey technology and equipment.
2. Complex load characteristics and numerical simulation technology in the marine environment.
3. Key technology of immersed tube and shield tunnel construction.
4. Deep-sea construction equipment and safety assessment methods.
5. Deep-sea positioning, measurement and control technology.
1. Deep-sea survey technology and equipment.
2. Complex load characteristics and numerical simulation technology in the marine environment.
3. Key technology of immersed tube and shield tunnel construction.
4. Deep-sea construction equipment and safety assessment methods.
5. Deep-sea positioning, measurement and control technology.
商品描述(中文翻譯)
這本開放存取的書籍專注於深海隧道的尖端建設技術。作為深海隧道和大型海底工程結構的建設技術世界領導者，中國在這些年來完成了幾個世界知名的海底隧道項目，例如連接深圳和中山的海底隧道，以及汕頭灣海底隧道。該國在大型盾構技術和深海土壤靜水測量方面也擁有成熟的技術和令人羨慕的科研成就。本書旨在為全球土木工程師提供有關深海隧道建設的相關研究回顧，並通過對實際工程案例和最新研究成果的綜合分析，幫助相關研究領域的學者深入了解這一領域。本書的主題包括但不限於以下幾點：
1. 深海勘測技術和設備。
2. 海洋環境中的複雜載荷特性和數值模擬技術。
3. 沉管和盾構隧道建設的關鍵技術。
4. 深海建設設備和安全評估方法。
5. 深海定位、測量和控制技術。
作者簡介
Guoxiong Mei was born in Huangmei, Hubei Province, China, in August 1975. He graduated from the State Key Discipline of Geotechnical Engineering of Hohai University with a Ph.D. degree in April 2002. In December 2003, he was awarded the Fok Ying-Tong Education Foundation for Young Teachers. He has authored four monographs through Science Press and published over a hundred SCI-indexed papers, with more than 60 of them as the first or corresponding author. His work has received significant citations, with seven papers highly cited and three recognized as hot papers. His contributions extend to patents, with one each in the USA and Australia, along with 32 patents in China. Furthermore, his research has resulted in the transfer of 14 achievements, and he has developed three national-level construction methods and nine provincial-level construction methods.
Zengguang Xu has dedicated his research efforts to the seepage effect and control of reservoir and dam systems in water conservancy engineering. He is a recipient of the National Outstanding Youth Science Foundation and holds the position of Deputy Secretary-General of Shaanxi Hydropower Engineering Society. He is a director of the Shaanxi Geotechnical Mechanics and Engineering Society and a member of the Hydraulic Structures Committee of the China Water Resources Society. In addition, he has undertaken more than 20 vertical research projects and corporate-commissioned projects. His research outcomes have found practical applications in hydraulic engineering projects such as the Ludila Hydropower Station, the Hanjiang-Weihe Diversion Project in Shaanxi Province, and pumping energy storage power stations in Qingyuan, Weifang, Shangyi, and Xiongan. His work has provided valuable support for the seepage control design of these engineering projects.
Fei Zhang, a native of Nanjing, Jiangsu Province, holds a Ph.D. degree and serves as an associate professor and Master/Ph.D. Supervisor in the State Key Discipline of Geotechnical Engineering at Hohai University. He is a core member of a national-level innovation team and is designated as a provincial talent development candidate. He is mainly engaged in research on slope engineering and reinforcement. He has led three National Natural Science Foundation of China projects and two key sub-projects and participated in three major engineering applications. He has conducted in-depth theoretical research on "geotechnical engineering damage mechanisms and stability analysis." The findings from this research have been applied in various engineering domains, including embankment and roadbed construction, tunneling, and underground engineering, among others.
Zengguang Xu has dedicated his research efforts to the seepage effect and control of reservoir and dam systems in water conservancy engineering. He is a recipient of the National Outstanding Youth Science Foundation and holds the position of Deputy Secretary-General of Shaanxi Hydropower Engineering Society. He is a director of the Shaanxi Geotechnical Mechanics and Engineering Society and a member of the Hydraulic Structures Committee of the China Water Resources Society. In addition, he has undertaken more than 20 vertical research projects and corporate-commissioned projects. His research outcomes have found practical applications in hydraulic engineering projects such as the Ludila Hydropower Station, the Hanjiang-Weihe Diversion Project in Shaanxi Province, and pumping energy storage power stations in Qingyuan, Weifang, Shangyi, and Xiongan. His work has provided valuable support for the seepage control design of these engineering projects.
Fei Zhang, a native of Nanjing, Jiangsu Province, holds a Ph.D. degree and serves as an associate professor and Master/Ph.D. Supervisor in the State Key Discipline of Geotechnical Engineering at Hohai University. He is a core member of a national-level innovation team and is designated as a provincial talent development candidate. He is mainly engaged in research on slope engineering and reinforcement. He has led three National Natural Science Foundation of China projects and two key sub-projects and participated in three major engineering applications. He has conducted in-depth theoretical research on "geotechnical engineering damage mechanisms and stability analysis." The findings from this research have been applied in various engineering domains, including embankment and roadbed construction, tunneling, and underground engineering, among others.
作者簡介(中文翻譯)
郭雄梅於1975年8月出生於中國湖北省黃梅。他於2002年4月獲得河海大學岩土工程國家重點學科的博士學位。2003年12月，他獲得了霍英東教育基金會青年教師獎。他通過科學出版社出版了四部專著，並發表了超過一百篇SCI收錄的論文，其中60篇以上為第一作者或通訊作者。他的工作獲得了顯著的引用，其中七篇論文被高度引用，三篇被認定為熱點論文。他的貢獻還包括專利，在美國和澳大利亞各有一項，以及在中國擁有32項專利。此外，他的研究促成了14項成果的轉化，並開發了三項國家級施工方法和九項省級施工方法。
曾光旭專注於水利工程中水庫和大壩系統的滲流效應及控制。他是國家優秀青年科學基金的獲得者，並擔任陝西水電工程學會副秘書長。他是陝西岩土力學與工程學會的理事，以及中國水利學會水工結構委員會的成員。此外，他承擔了20多個縱向研究項目和企業委託項目。他的研究成果已在水利工程項目中得到實際應用，如陸地拉水電站、陝西省漢江-渭河調水工程，以及清遠、濰坊、尚義和雄安的抽水儲能電站。他的工作為這些工程項目的滲流控制設計提供了寶貴的支持。
張飛，南京市人，擁有博士學位，現任河海大學岩土工程國家重點學科的副教授及碩士/博士生導師。他是國家級創新團隊的核心成員，並被指定為省級人才發展候選人。他主要從事邊坡工程和加固的研究。他主持了三項國家自然科學基金項目和兩項重點子項目，並參與了三項重大工程應用。他對「岩土工程損傷機制及穩定性分析」進行了深入的理論研究，該研究的成果已應用於堤壩和路基建設、隧道和地下工程等多個工程領域。
