(Include but not limited to)
Track 1: Civil Engineering
Structural Design and Analysis
Geotechnical Engineering and Foundation Treatment
Construction Machinery and Automation
Seismic Performance and Resilience
Seismic Design, Isolation and Energy Dissipation Technology for Building Structures
Performance Analysis of High-rise Buildings and Large-Span Spatial Structures
Analysis of Wind Resistance, Fire Resistance, Blast Resistance and Extreme Load Effects for Structures
Identification, Reinforcement and Performance Enhancement of Existing Building Structures
Structural Health Monitoring, Damage Identification and Safety Assessment
Fatigue, Durability and Life-Cycle Design of Structures
Prestressed Concrete Structures and Prestressed Concrete Technology
Foundation, Deep Foundation Pit, Slope and Underground Engineering
Track 2: Concrete Structures
High-performance Concrete, Ultra-high-performance Concrete
Self-compacting Concrete, Fiber Concrete, Lightweight Concrete, Green Concrete
Recycled and Sustainable Materials
Durability and Service Life
Concrete Mix Proportion Optimization
High-strength Lightweight Concrete and High-toughness Concrete
Concrete 3D Printing and Intelligent Construction Technology
Temperature Control, Hydration Heat and Crack Control of Large-volume Concrete
Concrete Structure Inspection, Reinforcement and Repair
Low-carbon Cement, Alkali-activated Cements and Geopolymer Concrete
Track 3: Building Materials
New Wall Materials, Insulation and Heat Insulation Materials, Waterproof Materials
Biological Building Materials, Natural Fiber Composite Materials
Resource Utilization of Construction Waste, Disposal and Recycling
Environmentally Friendly Coatings, Sealing Materials and VOC Control Technology
Application of Recyclable Materials in Construction
Phase Change Energy Storage Materials and Building Energy Saving Technology
Green Building Materials Certification, Carbon Emission Accounting and Life-Cycle Evaluation
Self-Repairing Concrete, Permeable Concrete and Functional Pavement Materials ……