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Underground Construction - an overview | ScienceDirect Topics Underground construction refers to the design and construction of structures below the earth's surface, taking into account factors such as geology, geotechnical characteristics, topography, and environmental conditions, and includes methods like cut-and-cover construction, conventional tunneling, and mechanized excavation
Safety risk management of underground engineering in China: Progress . . . Underground construction is in a great demand in many civil and infrastructure projects all over the world, such as metro (Zhong et al , 2003) and hydropower projects (Lin et al , 2015a) In the last decade, tunnel construction has presented a powerful momentum for rapid economic development However, owing to various risk factors associated with complex project environments, violations of
Comprehensive geotechnical analysis for urban underground construction . . . Underground construction in tropical urban environments such as Jakarta presents complex geotechnical challenges, primarily due to heterogeneous subsurface conditions, fluctuating groundwater levels, and limited availability of high-resolution field data
Metro systems: Construction, operation and impacts Metro construction projects, which are inherently more hazardous than general construction projects, are particularly susceptible to hydrogeological conditions due to their underground nature, increasing the level of uncertainty and safety risks
Smart Underground Engineering | Journal - ScienceDirect Aims—— Smart Underground Engineering is an international, peer-reviewed leading journal that publishes high-quality, scholarly research that addresses development, applications, and implications, in the field of underground engineering, computer science and emerging technologies The interest is not in the individual technologies perse, but in their ultimate implications for the design
Role of Urban Underground-Space Development in Achieving Carbon . . . Urban underground space (UUS) construction is expected to provide a practical approach for alleviating the space constraints of surface construction However, in-depth examinations of the overall UUS system to reveal carbon emissions in the complex matrix are lacking