This symposium highlights emerging technologies throughout the service life of concrete infrastructures, from materials production, design, construction, maintenance to life-end strategies. The following list of topics is not exhaustive, and all papers falling within the general scope of the conference will be considered:
- ▶3D printing concrete
- ▶Artificial aggregate concrete
- ▶Assessment of existing structures
- ▶Concrete using waste materials
- ▶Design codes/guidelines
- ▶Durability and life-cycle performance
- ▶Geopolymer and other low-carbon cement concrete
- ▶Inspection and quality assurance
- ▶Practical applications
- ▶Prediction of service life
- ▶Prefabricated/modular-integrated concrete construction
- ▶Protection, repair and strengthening of concrete structures
- ▶Recycled concrete
- ▶Ultra-high performance concrete
- ▶Special session: High-performance hybrid/composite structures combining concrete with various constructional materials
- ▶Special session: Improvement on the strengthening efficiency of concrete structures with advanced composite materials
- ▶Special session: Seawater and sea-sand concrete
- ▶Special session: Self-healing/self-immune concrete
- ▶Special session: Valorization of waste FRP composites for use in civil engineering
- ▶Special session: Sustainable construction materials towards carbon neutrality
- ▶Special session: High/ultra-high performance fiber-reinforced cementitious composites
- ▶Special session: FRP/fibre textile-reinforced cementitious composites
- ▶Special session: Ionic Transport and Electrochemical Rehabilitation: Mechanisms & Techniques
- ▶Special session: Low-Carbon and Sustainable Concrete
- ▶Special session: The First Greater Bay Area Forum on Low Carbon Construction Materials and Technologies (LCCMT)
- ▶Special session: Limestone Calcined Clay Cement Concrete: Material Development, Physical Properties, Structural Implementation and Durability
- ▶Special session: Issues and measure for concrete structures in hot weather conditions
- ▶Special session: Novel & High-performance materials for sensing and improving the serviceability of transportation infrastructure