(Including but not limited to the following topics)
Track 1: Industrial Buildings
Innovations in industrial building structural systems
Large-span industrial buildings
Special structures and heavy-load ground design
Industrial building modularization
Prefabrication and rapid construction technologies
Industrial building seismic resistance
Wind resistance and disaster prevention design
Industrial building durability
Corrosion protection and full life cycle management
Industrial building greenification
Low-carbonization and application of sustainable materials
Industrial heritage protection
Renovation and functional regeneration utilization
Application of digital twins and BIM technology in the entire life cycle of industrial buildings
Track 2: Concrete Materials
Concrete rheology Fluid Mechanics
Inorganic non-metallic materials and physical properties
Physical properties of metallic materials
3D printed concrete materials
Fiber materials and physical properties
Material quality and control
Polymer materials, geopolymer materials
Materials and components
Steel bar fatigue and stress analysis
Analysis of cement-based materials
Surface and microscopic analysis of civil engineering materials, etc.
Track 3: Geotechnical Engineering
Material constitutive relationships and mechanical properties of rocks and soils
Analysis of multi-scale mechanical behavior and mechanisms
Mechanical properties and models of unsaturated soils
Mechanics and deformation mechanisms of rock fracture and fissures
Durability and environmental attenuation of geotechnical engineering
Technological innovations in field and laboratory tests
Geological exploration techniques and three-dimensional geological modeling ......