(The following topics include but are not limited to)
Track 1: Geotechnical Mechanics and Basic Theory
Geological and geotechnical material constitutive relationships and mechanical properties
Multiscale mechanical behavior and mechanism analysis
Mechanical characteristics and models of unsaturated soil
Mechanics of rock fracture, crack mechanics and deformation mechanisms
Durability and environmental attenuation of geotechnical engineering
Analysis of soil-structure interaction
Rock dynamics and seismic response
Multifield coupling of THMC in geotechnical engineering
Mechanical characteristics of soft rock and hard soil
Geological properties, testing methods and site characteristics
Technological innovations in field and laboratory tests
Geological exploration techniques and 3D geological modeling
Numerical simulation methods in geotechnical engineering (finite element, discrete element, etc.)
Reliability and risk assessment in geotechnical engineering
Application of artificial intelligence and machine learning in geotechnical engineering
Impact of climate change on geotechnical engineering
Track 2: Construction Technology and Underground Engineering
Construction techniques for tunnels and subways
Theoretical and methodological design of underground structures
Urban underground space planning and comprehensive utilization
Mechanization and robotic construction techniques
Application of intelligent monitoring and sensing technology
Rockburst prediction and safety protection technology
Groundwater seepage and hydrological problems
Grouting technology and water-stop curtain
Construction of underground continuous walls and support structures
Anchor technology and slope engineering
Numerical simulation and reverse analysis of construction processes
Construction safety management and risk control
Field monitoring and observation methods
Tunnel boring machines (TBM) and shield technology
Mine geotechnical engineering and tailings dams
Deep foundation construction techniques and inspection evaluation
Construction waste resource utilization
Track 3: Foundation Treatment and Foundation Engineering
Theories and design methods of foundation treatment
Composite foundation and pile foundation engineering technology
New technologies and engineering practices in foundation treatment
Soft soil foundation treatment and settlement control
Special foundation treatment (karst, collapsible loess, expansive soil, etc.)
Green and low-carbon technologies in foundation treatment
Intelligent and monitoring technologies in foundation treatment
Testing equipment and evaluation methods for foundation treatment
Stability analysis of deep foundation pit support structures
Stability assessment of slopes and landslide prevention
Retaining structures and soil nail support
Stability of rock slopes and deep excavation
Seismic design and liquefaction analysis of foundations
Existing foundation and foundation reinforcement and replacement technologies...