(The following topics include but are not limited to)
Track 1: Hydraulic Structures and Hydraulic Engineering
Hydraulic Structure Design Theory and Methods
Dam Safety Monitoring and Risk Assessment
Hydraulic Concrete Materials and Durability
Interaction between High Dams and Foundation and Numerical Simulation
Seismic Design and Resilience Assessment of Hydraulic Structures
Hydraulic Tunnels and Underground Plant Structures
Hydraulic Steel Structures and Metal Structures
Mechanism of Hydraulic Structure Damage and Intelligent Diagnosis
Health Monitoring and Life Cycle Operation of Hydraulic Structures
Repair, Reinforcement and Transformation Technologies of Hydraulic Structures
Excavation and Support of High Slopes and Ecological Restoration
Theory and Control of Engineering Seepage Catastrophes
Research and Application of New Hydraulic Materials
Performance Evolution of Hydraulic Structures under Extreme Climate
Application of Digital Twin Technology in Hydraulic Engineering
Track 2: Geomechanics and Geological Engineering
Material Constitutive Relations and Mechanical Properties of Rock and Soil
Mechanical Behavior and Mechanism Analysis at Multiple Scales
Mechanical Properties of Unsaturated Soil and Models
Mechanics of Rock Fracture, Cracks and Deformation
Foundation and Soil-Structure Interaction
Soil Characteristics, Improvement and Restoration Technologies
Stability Assessment of Slopes and Landslide Prevention
Tunnels and Underground Space Engineering
Support Structures and Stability Analysis of Deep Foundation Pits
Earthquake Engineering and Liquefaction Assessment of Rock and Soil
Theory of Seepage and Consolidation of Rock and Soil
Special Soils and Permafrost Mechanics
Geological Hazard Assessment and Prevention
Hydrogeology and Groundwater Seepage
Track 3: Engineering Safety and Disaster Prevention and Mitigation
Engineering Structure Safety Assessment and Reliability Analysis
Early Warning and Emergency Control of Major Engineering Disasters
Flood Risk Management and Flood Control Decision Support
Disaster Resistance and Resilience of Engineering under Earthquakes
Integrated Disaster Prevention and Resilience Planning for Cities
Application of Internet of Things and Intelligent Sensing in Engineering Monitoring
Application of Artificial Intelligence and Big Data in Engineering Safety
Digital Twin-Driven Engineering Safety Operation and Maintenance
Application of Unmanned Aerial Vehicles and Robotics Technology in Post-disaster Investigation
Application of Remote Sensing and InSAR Technology in Ground Subsidence Monitoring
Enhancement of Engineering Resilience and Sustainable Safety
...