(Including but not limited to the following topics)
Track 1: Environmental Materials
Materials Science and Engineering
Nanomaterials, New Energy Materials
Biological Materials and Biological Devices
Environment and Materials
Environmental Engineering and Energy
Environmental Engineering and Computer Science
Environmental Engineering and Remote Sensing
Environmental Engineering and Big Data
Environmental Engineering and Electrical Engineering
Environmental Engineering and Mechanical Engineering
Geological Engineering, Geotechnical Engineering, Structural Engineering
Earthquake Engineering, Disaster Prevention and Mitigation
Water Resources and Electrical Engineering
Water Resources and Computer Applications
Water Resources and Mechanical Engineering
Water Resources and Power Engineering
Track 2: Geotechnical Mechanics
Earthquake Engineering
Foundation and Soil-Structure Interaction
Soil Characteristics, Improvement and Restoration
Landslide and Slope Stability
Numerical Modeling and Data Analysis in Geotechnical Engineering
Geological Disasters
Hydrogeology
Underground Structures
Constitutive Models of Geological Materials
Multifield Coupling of Soil and Rock
Static and Dynamic Laboratory Tests
Time-dependent Deformation and Creep
Response Induced by Earthquakes and Explosions
Instability and Progressive Failure
Slope Stability Analysis
Track 3: Geological Engineering
Numerical Simulation of Tunnels and Excavations
Foundation Reinforcement and Optimization
Rock Classification and Mapping
Analysis of Structural-Geological Interaction
Performance Monitoring and Inverse Analysis
Large-scale Engineering Projects under Complex Geological Conditions
Landslide, Mudflow and Slope Stability
Floods, Tsunamis and Other Geological Disasters
Ground Subsidence and Ground Cracks
Early Warning and Monitoring of Geological Disasters
Risk Assessment and Hazard Area Mapping
Disaster Simulation and Scenario Analysis
Innovative Mitigation Technologies and Materials
Urban Planning and Resilient Cities ......