(The following topics include but are not limited to)
Track 1: Geotechnical Engineering
Engineering Geotechnical Surveying Technology
Geological Structure and Site Stability Evaluation
Geotechnical Engineering Geology
Hydrogeological Engineering
Urban Geology and Underground Space Development
Geotechnical Engineering Numerical Simulation
Geotechnical Engineering Informationization
Geotechnical Engineering Monitoring
Engineering Treatment under Complex Geological Conditions
Weak Foundation Treatment
Special Soil Engineering Properties
New Technologies in Geotechnical Engineering Surveying
Remote Sensing Application in Geotechnical Engineering
Geophysical Exploration in Geotechnical Engineering
Geotechnical Engineering and Sustainable Development
Geological Big Data and Artificial Intelligence
Geotechnical Engineering Digital Twin
Deep Underground Engineering
Engineering Geology of Energy
Machine Learning Applications in Geotechnical Engineering
Track 2: Rock and Soil Mechanics
Material Constitutive Relations and Mechanical Properties of Rock and Soil
Rock Fracture Mechanics and Fracture Mechanism
Coupled Behavior of Seepage-Mechanics and Failure Mechanism
Theories and Simulations of Multi-field Coupling (Heat-Water-Force-Chemistry) Processes
Multi-scale Rock and Soil Mechanics Experiments and Characterization Techniques
Soil-Structure Interaction and Foundation Engineering
Rock Dynamics and Impact Load Response
Seismic Deformation, Creep and Rheological Characteristics of Rock Masses
Seismic Engineering and Site Dynamic Response Analysis
Deep Rock Mechanics Behavior and Disaster Formation Mechanism
Track 3: Geological Disasters and Prevention Technologies
Catastrophe Mechanisms and Evolution Laws of Geological Disasters such as Landslides, Rockfalls, and Mudslides
Disaster Responses under the Coupling of Earthquakes, Extreme Weather, and Human Activities
Disaster Monitoring, Warning, and Prevention Technology System
Risk Zoning, Assessment, and Resilience Enhancement Strategies
Unified Theory for Multiple Disasters and Differentiated Prevention Framework
Application of Numerical Simulation and Physical Model Experiments in Disaster Research
Methods for Slope Stability Assessment and Support Reinforcement Techniques
Effects of Rainfall, Freeze-Thaw Cycles, and Climate Change on Slope Stability
Mechanisms and Prevention of Mine Disasters (Rockburst, Impact Pressure, Water Inrush, etc.)
Disaster Emergency Rescue and Post-Disaster Reconstruction Strategies
Intelligent Monitoring, Warning, and AI-driven Disaster Prevention Technologies
...