In the first chapter of this book, we will first review the laws, regulations, and technical standards of BIM technology at home and abroad, laying a theoretical foundation for subsequent discussions. Next, we will sort out and analyze the current research status of BIM in the field of subway engineering both domestically and internationally, so that readers can understand the latest developments and development trends in this field. In addition, the theoretical research on the application of BIM in subway construction management will also be explored, providing theoretical support for its practical application. In Chapter 2, we will focus on the simulation and analysis of the design and construction process of subway stations. By simulating and analyzing the excavation values of foundation pits, it is possible to more accurately predict and evaluate the risks and issues during the construction process. At the same time, the construction of the subway 3D simulation comprehensive platform will provide a more intuitive and comprehensive construction simulation experience. In addition, research on the optimization design of underground space in subway stations based on BIM simulation technology will provide new design ideas and methods. Chapter 3 will explore database and information construction in a multi-source heterogeneous environment. In this chapter, we will study a multi-source heterogeneous database data sharing model to better integrate and utilize various data resources. At the same time, it will also analyze the expression standards of geographic information data, providing a unified data foundation for information construction. Finally, an information-based construction model and a safety collaborative management system will be constructed to improve the efficiency and safety of construction management. Chapter 4 will focus on information management of engineering progress and remote monitoring decision-making. In this chapter, the design and implementation of a visualization management system for subway engineering progress will be introduced, providing real-time progress information for managers. In addition, the application research of subway remote monitoring and decision analysis system in safety management will provide more efficient and accurate safety management methods. At the same time, the information monitoring of subway construction based on BIM will provide more comprehensive and refined monitoring data. In the final chapter of this book, we will explore the application of green BIM technology in subway construction. The analysis of the green building evaluation system will provide standards and methods for evaluating green buildings. Next, we will introduce practical application cases of green BIM technology in subway construction, so that readers can better understand and master this technology. Finally, the feasibility of applying BIM technology to green evaluation of subway construction will be evaluated, providing guidance for future practice. 

Download Full Text