(Including but not limited to the following topics)
Track 1: Structural Engineering and Design Analysis
Structural Mechanics and Nonlinear Analysis
Structural Dynamics and Vibration Control
Stability and Buckling Analysis
Structural Optimization and Topology Design
Performance-Based Structural Design
Computational Mechanics and Numerical Methods
Steel Structures and Composite Structures
Concrete Structure Design Theory
Large-Span Space Structures
High-rise and Super-High-rise Structures
Bridge and Tunnel Structures
Structural Reliability and Life-Cycle Design
Track 2: Building Materials and Concrete Technology
Low-Carbon Cementitious Materials and Geopolymer
High-Performance Concrete and Ultra-High Performance Concrete
Fiber-Reinforced Concrete
Recycled Aggregate and Waste Resource Utilization
Concrete Durability and Service Life
Concrete Rheology and Additives
3D Printing Concrete and Intelligent Construction
Intelligent/Recoverable Building Materials
Building Lifecycle Assessment and Carbon Footprint
Applications of Nanomaterials and Composite Materials in Construction
Track 3: Construction Technology and Intelligent Construction
Modern Construction and Intelligent Technologies
Digitalization and Application of BIM Technology
Construction Safety Management and Risk Control
Prestressed Building and Modular Construction
High-rise and Underground Construction
Application of AI and Drones in Construction
Improvement of Construction Efficiency and Project Management
Sustainable Construction and Green Building
Structural Monitoring, Evaluation and Reinforcement/Repair