(The following topics include but are not limited to)
Track 1: Civil Construction
Mechanics of Measurement
Geotechnical Engineering, Seismic Engineering, Water Supply and Drainage Engineering
Disaster Prevention and Mitigation, Tunnels and Bridges
Building Seismic Resistance
Building Science and Technology
Building Information Modeling
Building Energy Efficiency, Building Materials
Infrastructure Safety and Risk Assessment
Soil Mechanics and Foundation Engineering
Green Buildings and Sustainable Infrastructure
Construction Technology and Management Innovation
New Materials and Composite Materials Application
Shield Machines and Deep Foundation Engineering
Road Materials and Pavement Design
Urban Underground Space Development
Intelligent Construction and Unmanned Aerial Vehicles
Track 2: Bridges and Tunnels
Bridge Monitoring and Maintenance Materials and Construction
Bridge construction technology, bridge-tunnel integration technology
Bridge regeneration and reinforcement
Traffic flow and bridge design
Bridge wind engineering, multi-functional bridge design
Intelligent transportation technology and bridge management, multimodal transportation and bridges
Tunnel design and construction
Geology and tunnel interaction
Tunnel construction technology
Tunnel stress and deformation analysis
Tunnel structural seismic design
Tunnel ventilation system
Tunnel intelligent technology
Research and application of new tunnel excavation equipment
Geological engineering mathematical models
Track 3: Structural Engineering
Structural reliability and force analysis
Structural diagnosis
Structural health monitoring
Structural analysis and design
Damage analysis and assessment
Load and load combination
High-performance structural materials
Fiber-reinforced cementitious materials
The influence of composite materials on cementitious materials
Plasticity, fatigue and fracture of civil engineering materials
Strength analysis and design of structural materials
Structural repair, renovation and reinforcement