(The following topics include but are not limited to)
Track 1: Geotechnical Engineering
Earthquake Engineering
Foundation and Soil-Structure Interaction
Soil Characteristics, Improvement and Restoration
Landslides and Slope Stability
Numerical Modeling and Data Analysis in Geotechnical Engineering
Geological Disasters
Hydrogeology
Underground Structures
Soft Soil Foundation Reinforcement Technologies
Design and Risk Assessment of Deep Foundation Retaining Structures
Foundation Dynamic Response and Earthquake Impact
Foundation Settlement Prediction and Control
Green Sustainable Foundation Improvement Materials
Foundation Bearing Capacity and Settlement Analysis
Foundation Treatment Technologies
Foundation-Structure Interaction
Track 2: Hydraulic Structures
Hydraulic Structure Design and Technology
Hydraulic Concrete and New Materials
High Slopes and Underground Engineering
Large Hydraulic Structures
High Dams and Foundation Technology and Research
Safety Research of Hydraulic Structures
Engineering Seepage Catastrophe Theory and Control
Hydraulic Ecological Restoration and Control
Track 3: Disaster Prevention and Mitigation
Intelligent Disaster Prevention and Mitigation
Prestressed Rapid Disaster Relief
Weather Disasters, Geological Disasters
Building Seismic Resistance
Landslide Disasters, Flood Control and Mitigation
Rock Slope Stability
Disaster Prediction and Disaster Control
Intelligent Post-Disaster Rescue
Application of Big Data in Disaster Relief
Post-Disaster Reconstruction Technologies, etc. ...