(Including but not limited to the following topics)
Track 1: Hydraulic Engineering and Water Resources
Optimization management and scheduling of water resources
Flood control and disaster mitigation, as well as flood risk management
Hydrodynamics and hydrodynamic models
Water environmental protection and pollution control
Smart water conservancy and digital twin technology
Ecological water conservancy and river restoration
Hydrological and water resources models and predictions
Groundwater development and management
Agricultural water conservancy and irrigation technology
Maintenance and safety management of water conservancy facilities
The impact of climate change on water conservancy projects
Dam safety monitoring and risk assessment
Durability and repair of hydraulic structures
Track 2: Port, Coast and Estuary Engineering
Port planning and harbor engineering
Coastal protection and revetment engineering
Estuary governance and coastal dynamics
Coastal engineering structures and materials
Coastal erosion and sediment movement
Green ports and ecological waterways
Integrated management and risk assessment of the coastal zone
Sea level rise and coastal infrastructure
Port hydraulic structures and dredging projects
Track 3: Offshore Engineering and Marine Resources
Hydrodynamics and fluid-structure interaction of offshore structures
Offshore platforms and deepwater engineering
Offshore renewable energy development technologies
Underwater pipe and riser systems
Marine geotechnical mechanics and foundation engineering
Marine engineering disaster prevention and risk assessment
Application of artificial intelligence and digital twin technology in marine engineering
Deep-sea resource development and underwater engineering
Marine engineering monitoring and safety guarantees