Conference topics and invited papers will cover both computational mechanics and computational modelling aspects of the analysis and the design of cementitious materials and concrete structures:
- Constitutive models and computational frameworks for plain, fibre- and steel reinforced, prestressed concrete, masonry structures, and hybrid composite structures
- Multiphysics and multiscale approaches
- Design-oriented methods for the assessment of serviceability and ultimate limits, robustness, long-term performance, sustainability, and performance under extreme conditions (e.g. fire, earthquake, blast)
- Reliability, probabilistics, uncertainty quantification, and safety concepts
- Models for assessment of existing structures, health monitoring, structural repair, and self-healing
- Modelling of concretes made from recycled aggregates and eco-efficient binders and of re-used structural components
- Simulation methods for 3D concrete printing, modular and innovative construction methods
- Data-driven, AI and machine learning methods, and simulation methods including Building Information Models
- Lessons from case studies and advanced applications