(The following topics include but are not limited to)
Track 1: Underground Engineering and Tunnel Construction
Underground structure design theory and analysis methods
Tunnel and subway construction technologies (excavation methods/underground excavation methods/pipe jacking method, etc.)
Deep foundation pit support structure and stability analysis
Shield/TBM tunnel design and construction technology
Urban underground space planning, development and comprehensive utilization
Resilient structure and seismic design of underground space
Resource utilization and recycling of urban underground space
Resilient design of tunnels and underground engineering in extreme environments
Intelligent construction and operation of tunnels and underground engineering
Rockburst prediction, safety protection and multi-disaster prevention technologies
Waterproofing, drainage and ventilation and lighting technologies for tunnels and underground spaces
Safety and disaster prevention of tunnel and underground space operation
Track 2: Geotechnical Mechanics
Material constitutive relationships and mechanical properties of geotechnical materials
Rock fracture, crack mechanics and deformation mechanism
Mechanical properties of unsaturated soil and multi-scale behavior analysis
Technological innovations in geotechnical tests (field and laboratory tests)
Coupled analysis of multiple physical fields (thermal-water-structural-chemical)
Response of rock and soil under earthquake action and liquefaction analysis
Stability assessment of slopes and landslide prevention technologies
Foundation improvement and pile foundation engineering technology
Durability of geotechnical engineering and environmental attenuation mechanism
Geological exploration technology and 3D geological modeling
Special geotechnical mechanical properties and response to extreme environments
Elastic deformation and creep characteristics of geotechnical materials
Track 3: Intelligent Monitoring and Perception
Application of artificial intelligence and deep learning in geotechnical/underground engineering
Engineering safety analysis and operation driven by digital twins
Intelligent sensors and online monitoring systems
Multi-source information fusion monitoring, diagnosis and early warning technologies
Application of computer vision and image processing in engineering inspection
Remote sensing and geographic information system (GIS) monitoring technology
Analysis of structure-ground foundation interaction and performance monitoring
Numerical simulation methods for tunnels and underground engineering (finite element, discrete element, etc.)
Data-driven geological disaster prediction and risk assessment
Autonomous tunneling and robot construction technologies
Sustainable materials and low-carbon underground construction technologies
Frontier exploration of extraterrestrial tunnels and underground engineering ......