(Including but not limited to the following topics)
Track 1: Geological Disasters
Mechanisms and evolution patterns of geological disasters such as landslides, collapses, mudslides, ground subsidence, karst collapses, etc.
Extreme climate
Responses and risk assessment of geological disasters under the coupling effect of extreme climate and human activities
Monitoring, early warning, prevention and control technologies, and emergency response systems for geological disasters
Risk zoning for geological disasters
Enhancement of resilience and engineering governance cases
Coupling of multiple physical fields
Application of numerical simulation and physical model experiments in geological disaster research
Intelligent monitoring and big data
Application of AI and digital twins in geological disaster prevention and control
Track 2: Slope Engineering
Evaluation methods for slope stability
Slope support technologies
Monitoring and early warning systems for slope deformation
Impact of rainfall and climate change on slope stability
Technologies and material innovations for slope reinforcement
Intelligent monitoring and slope health assessment
Effects of freeze-thaw cycles on slope properties and protective measures
Mechanisms and prevention of slope instability induced by earthquakes
Track 3: Geomechanics
Earthquake engineering
Foundation and soil-structure interaction
Soil characteristics, improvement and restoration
Landslide and slope stability
Numerical modeling and data analysis in geotechnical engineering
Hydrogeology
Underground structures
Mechanisms and mechanical behavior of rock mass failure
Multiscale geomechanical experiments
Identification and prevention of engineering geological disasters
Rock fracture mechanics and failure mechanisms
Coupled behavior of seepage and mechanics and failure mechanisms
Testing and inversion methods of geomechanical parameters of rock mass
Slope stability under complex geological conditions
Geological disaster prediction and risk prevention and control ......