(The following topics include but are not limited to)
Track 1: Concrete Materials and Structural Technologies
High-performance concrete and ultra-high performance concrete (UHPC)
Fiber-reinforced concrete and self-compacting concrete
New cementitious materials and low-carbon cement-based materials
Recycled aggregate concrete and solid waste resource utilization
Corrosion-resistant concrete and marine engineering concrete (full coral seawater concrete, seawater sea sand concrete, etc.)
3D printing concrete materials and digital molding technology
Intelligent concrete and self-repairing concrete
Light aggregate concrete and integrated insulation-structural materials
Nano-modified concrete and functional concrete
Concrete durability (carbonation, chloride ion corrosion, freeze-thaw cycles, sulfate corrosion, etc.)
Multiscale mechanics and micro-characterization of concrete
Performance evolution of concrete under extreme environments (high temperature, high humidity, high salt, freezing, etc.)
Life cycle assessment and sustainable design of concrete materials
Track 2: Geotechnical Mechanics and Foundation Engineering
Material constitutive relationships and multiscale mechanical behavior of geotechnical materials
Foundation-base-structure interaction and numerical simulation
Non-saturated soil mechanical properties and theoretical models
Rock fracture mechanics, crack evolution and deformation mechanism
Slope stability analysis and landslide prevention technology
Earthquake engineering and seismic response analysis of rock and soil
Soil reinforcement, foundation treatment and improvement technologies
Geological exploration technology and 3D geological modeling
Underground structure engineering and tunnel rock stability
Assessment and prevention of geotechnical engineering disasters (slip, debris flow, ground subsidence)
Application of hydrogeology and seepage mechanics in geotechnical engineering
New technologies and data interpretation of on-site and indoor geotechnical tests
Application of artificial intelligence and big data in geotechnical engineering analysis
Track 3: Engineering Materials and Sustainable Construction
Green buildings, ecological buildings and low-carbon building materials
Resource utilization of industrial solid wastes (fly ash, slag, tailings)
Research and development of nanomaterials, functional materials and new engineering materials
Renewable materials and biomass building materials in civil engineering
Durability, corrosion protection and full life cycle management of building materials
Characterization, testing and non-destructive evaluation of civil engineering materials
Application of digital twins and building information model (BIM) in engineering management
Intelligent construction, building robots and automated construction technology
Renovation, modification and functional regeneration of existing building structures
Building energy-saving technology and integration of renewable energy in buildings
Bridge engineering, tunnel engineering and special structure material design
Application of engineering materials in water conservancy and hydropower engineering, ports and航道 engineering ......