(Include but not limited to)
Track 1: Structural Engineering
Mechanical analysis and calculation
Reinforced concrete structures, materials and components
Steel structures, materials and components
Structural seismicity and decoupling technology
Structural dynamics and vibration control
Structural fatigue, fracture and stability
Composite structures and mixed structure systems
Structural health monitoring and damage identification
Structural reinforcement, renovation and performance improvement
Structural resilience and risk assessment under multiple disasters
Intelligent construction and digital technology
AI-based structural design and performance prediction
Track 2: Concrete Materials
Low-carbon and sustainable cementitious materials
Geopolymer materials and alkali-swellable materials
High-performance concrete and ultra-high-performance concrete
3D-printed concrete materials
Fiber-reinforced concrete and composite materials
Concrete rheology and working performance
Concrete durability and long-term performance
Self-compacting concrete and special concrete
Microstructure and characterization of cement-based materials
Recycled aggregates and resource utilization of construction waste
Life cycle assessment of concrete structures
Functional cement-based materials
Track 3: Industrial Buildings
Innovations in industrial plant structure systems
Large-span industrial buildings and special structures
Seismic and wind resistance design of industrial buildings
Industrial building modularization and prefabricated construction
Green and low-carbon industrial buildings
Industrial building photovoltaic integration (BIPV)
Industrial building energy-saving envelope technologies
Industrial heritage protection and functional regeneration
Industrial plant renovation and operation strategies
Application of digital twins and BIM in industrial buildings
Life cycle carbon footprint analysis of industrial buildings
Green industrial park planning and multi-energy complementary systems
......