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商品描述
The book explores applications of Virtual Reality (VR) technology in various aspects of tunnel projects. It highlights the potential benefits and challenges of using VR in tunnel engineering, providing valuable insights for professionals, researchers, and students in the field. By harnessing the power of VR, tunnel projects can be revolutionized, leading to improved visualization, simulation, and training capabilities.
The book is divided into 3 parts. Part A focuses on the integration of VR technology in the design and construction phases of tunnel engineering. It explores topics such as VR technology in tunnel excavation, utilizing VR for structure design, VR applications in construction and Building Information Modeling (BIM), installation of facilities, optimization methods for tunnel cross-sections. Readers will gain a deep understanding of how VR can enhance the efficiency, accuracy, and coordination of design and construction processes. The second part discusses the energy and environmental aspects of tunnel engineering. It covers topics such as tunnel lighting on driving performance and energy saving, traffic energy consumption models, and optimizing ventilation systems in a VR environment. Readers will discover how VR can contribute to energy-efficient tunnel designs and improved environmental sustainability. Safety and management are crucial aspects of tunnel projects, and the last section explores how VR can enhance these areas. It discusses the creation of VR models based on tunnel inspection vehicles, VR studies of safe evacuation, and human-space interaction and comfort in VR environments. By leveraging VR technology, professionals can improve safety protocols, optimize maintenance procedures, and enhance user experience within tunnel projects.
商品描述(中文翻譯)
本書探討 Virtual Reality（VR）技術在隧道工程各個面向的應用。書中闡述在隧道工程中使用 VR 的潛在效益與挑戰，為該領域的專業人士、研究人員及學生提供寶貴見解。透過發揮 VR 的強大功能，隧道工程將能實現革新，進而提升視覺化、模擬與訓練能力。
本書分為 3 個部分。A 部分著重於 VR 技術在隧道工程設計與施工階段的整合，探討隧道開挖中的 VR 技術、運用 VR 進行結構設計、VR 在施工與 Building Information Modeling（BIM）中的應用、設施安裝，以及隧道斷面最佳化方法。讀者將深入了解 VR 如何提升設計與施工流程的效率、精確度及協調性。
第二部分討論隧道工程的能源與環境面向，涵蓋隧道照明對駕駛表現與節能的影響、交通能源消耗模型，以及在 VR 環境中最佳化通風系統等主題。讀者將了解 VR 如何促進節能隧道設計，並提升環境永續性。
安全與管理是隧道工程的重要面向，最後一部分則探討 VR 如何強化這些領域。本部分討論根據隧道檢測車輛建立 VR 模型、利用 VR 研究安全疏散，以及 VR 環境中的人與空間互動和舒適度。透過運用 VR 技術，專業人員可以改善安全規範、最佳化維護程序，並提升隧道工程中的使用者體驗。
作者簡介
Yuxin Zhang is a Research Assistant Professor at Dept of Building Environment and Energy Engineering, The Hong Kong Polytechnic University and leads the smart evacuation and underground space engineering group. She obtained a bachelor and doctoral degree majoring in tunnelling and underground space engineering at Tongji University. She has conducted various multi-scale field experiments and VR experiments to study human behavior and applied data analysis and modelling to optimize evacuation plans in tunnels and subway stations. She has published over 40 academic papers in journals and conferences including Nature Cities and presented at several distinguished conferences. She also serves as editorial members, guest editors and reviewers for several top academic journals. In addition, she has been actively advancing the translation of research into real-world applications, with a strong portfolio of patents, and received the Geneva Invention Gold Medal of the Jury (2025) and CES Best of Innovation (2026).
Yi Rui is a Professor at Tongji University. He received a PhD from University of Cambridge, MSc and BEng from Tongji University. Before joining Tongji, Prof. Rui was a lecturer at Aberdeen University, UK. His research background is broad, encompassing several hot research topics in geotechnical engineering: (i) Energy geo-structures; (ii) Offshore geotechnical engineering; (iii) Intelligent structural health monitoring. Prof. Rui has published over 80 journal papers. He is an Editorial member of Underground Space and a Guest Editor of Fractal and Fractional. He has also been honored with the Science and Technology Progress Award from the Chinese Society for Rock Mechanics and Engineering and the Shanghai Science and Technology Progress Award.
Xinyan Huang is an Associate Professor at Research Institute for Sustainable Urban Development, The Hong Kong Polytechnic University. He received his PhD from Imperial College London and is a Chartered Building Services and Fire Engineer. Prof. Huang has co-authored over 200 journal papers in building safety and smart resilience. He is an Associate Editor of Fire Technology, and J. Safety Sci. Resil., an editorial member of Fire Safety J and J. Building Engineering. He serves as a board member of Int. Association of Fire Safety Science (IAFSS) and Society of Fire Protection Engineers (SFPE) Foundation. He is a winner of the NSFC Excellent Young Scientists Fund, IAFSS Early Career Award from IAFSS, and SFPE Engineering Communication Award.
作者簡介(中文翻譯)
Yuxin Zhang 是香港理工大學建築環境及能源工程學系的研究助理教授，並領導智慧疏散與地下空間工程研究團隊。她畢業於同濟大學，取得隧道與地下空間工程專業的學士及博士學位。她曾進行多項多尺度現地實驗與 VR 實驗，以研究人類行為，並運用資料分析與建模技術，最佳化隧道及地鐵站的疏散方案。她已在包括 Nature Cities 在內的期刊與會議發表逾 40 篇學術論文，並曾於多個知名學術會議發表研究成果。此外，她也擔任多本頂尖學術期刊的編輯委員、客座編輯與審稿人。除了學術研究之外，她也積極推動研究成果轉化為實際應用，擁有豐富的專利成果，並獲得日內瓦國際發明展評審團金獎（2025）及 CES Best of Innovation（2026）。
Yi Rui 是同濟大學教授。他取得 University of Cambridge 博士學位，以及同濟大學碩士與學士學位。在加入同濟大學之前，Rui 教授曾任教於英國 Aberdeen University。他的研究背景廣泛，涵蓋岩土工程領域的多項熱門研究主題，包括：(i) 能源地工結構；(ii) 海洋岩土工程；(iii) 智慧結構健康監測。Rui 教授已發表逾 80 篇期刊論文。他是 Underground Space 的編輯委員，以及 Fractal and Fractional 的客座編輯。此外，他也曾獲中國岩石力學與工程學會科學技術進步獎，以及上海市科學技術進步獎。
Xinyan Huang 是香港理工大學可持續城市發展研究院的副教授。他取得 Imperial College London 博士學位，並為特許建築設備工程師及消防工程師。Huang 教授已與他人合著超過 200 篇有關建築安全與智慧韌性的期刊論文。他是 Fire Technology 及 J. Safety Sci. Resil. 的副編輯，以及 Fire Safety J 和 J. Building Engineering 的編輯委員。他擔任 International Association of Fire Safety Science（IAFSS）及 Society of Fire Protection Engineers（SFPE）Foundation 的理事。他曾獲得國家自然科學基金優秀青年科學基金、IAFSS 頒發的 IAFSS Early Career Award，以及 SFPE Engineering Communication Award。
