A Brief Discussion on Sustainable Application Strategies of BIM Technology in Underground Space Development

Abstract

With the acceleration of urbanization, the development of underground space has become an important way to alleviate the shortage of urban land and improve the comprehensive carrying capacity of the city. However, the development of underground space faces many challenges, such as technical difficulty, high cost and environmental impact. With its innovative application in engineering design, construction and management, building information modeling (BIM) technology provides a new solution for the efficient, safe and environmentally friendly development of underground space. The purpose of this study is to explore the application strategy of BIM technology in the development of underground space, and to analyze how it can promote the sustainability of underground space development.Firstly , this paper analyzes the current situation, challenges and the importance of sustainability of underground space development through literature review, and summarizes the development and application of BIM technology. Then, the principle and function of BIM technology are studied, and its application potential and strategy in the development of underground space are discussed. Through case analysis, the application of BIM technology in different stages of planning and design, construction management and operation and maintenance management is discussed in depth, and the application strategy and evaluation framework to promote the sustainability of underground space development are put forward. Finally, the , which provides a scientific basis for the decision-making of underground space development, and puts forward a series of practical suggestions for the application of BIM technology in underground space development. Despite the limitations of the study, such as the limited number of cases and the lack of discussion on the deep application of BIM technology, this study provides a new perspective and method for the sustainability of underground space development, which has important theoretical and practical significance for urban planners and engineering circles.