
Abstract. At present, large-scale engineering construction activities, especially deep foundation pit dewatering, are important factors of land subsidence in Shanghai, which induces uneven land subsidence. To solve this problem, this paper puts forward a technical approach to prevention and control the land subsidence. Based on the practice of joint work by multiple administrative departments in Shanghai, this paper further combines the technology and management measures effectively, and summarizes the management system of land subsidence control for deep foundation pit dewatering. Meanwhile, this paper provides the key workflow, starting from the whole process control of construction project for feasibility demonstration, design, construction and completion. The practice shows that the whole process of deep foundation pit dewatering control and management provides a powerful guarantee for land subsidence prevention and control.
Artificial intelligence, Foundation (evidence), Construction engineering, FOS: Mechanical engineering, Dewatering, Control (management), Mining engineering, Subsidence, Groundwater-related subsidence, Workflow, Database, Engineering, Artificial Intelligence, GE1-350, Recycled Water Use and Environmental Impact, Civil engineering, Work (physics), Payment, Water Science and Technology, QE1-996.5, Geography, Optimization of Big Data Processing and Analysis, Predictive Maintenance, Paleontology, Geology, FOS: Earth and related environmental sciences, Computer science, Mechanical engineering, Structural basin, Process (computing), Environmental sciences, World Wide Web, Geotechnical engineering, Operating system, Joint (building), Archaeology, Computer Science, Physical Sciences, Environmental Science, FOS: Civil engineering, Settlement (finance)
Artificial intelligence, Foundation (evidence), Construction engineering, FOS: Mechanical engineering, Dewatering, Control (management), Mining engineering, Subsidence, Groundwater-related subsidence, Workflow, Database, Engineering, Artificial Intelligence, GE1-350, Recycled Water Use and Environmental Impact, Civil engineering, Work (physics), Payment, Water Science and Technology, QE1-996.5, Geography, Optimization of Big Data Processing and Analysis, Predictive Maintenance, Paleontology, Geology, FOS: Earth and related environmental sciences, Computer science, Mechanical engineering, Structural basin, Process (computing), Environmental sciences, World Wide Web, Geotechnical engineering, Operating system, Joint (building), Archaeology, Computer Science, Physical Sciences, Environmental Science, FOS: Civil engineering, Settlement (finance)
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