The fib Symposium will take place online on 22-24 November 2020.

The fib Symposium is intended to bring together all professionals around the world to share knowledge and experience on new developments in concrete technology and concrete structure, with a particular focus on resilience-based approaches. The keynote speakers include Prof Luc Taerwe, Dr Akio Kasuga, Prof Jean-Michel Torrenti, Prof Xianglin Gu, Professor Kun-peng Gu, and Dr Paolo Negro.

The full programme is available online. 

The main topics of the fib Symposium 2020 include:

Challenging Project: Building, Bridge, Tunnel, Dam, Airport, Stadium, Nuclear Power Plant, Harbor and Ocean Structure, Others

Concrete Materials: Recycled Aggregate Concrete, Ultra High Performance Concrete, Self-compacting Concrete, Self-healing Concrete, Lightweight Concrete, Foamed Concrete, Alkali Activated Concrete, Fibre Reinforced Concrete, Textile Reinforced Concrete, Engineered Cementitious Composite, Reinforced And Prestressed Concrete, Other New and Special Concrete Materials

Concrete Structures: Buildings, Bridges, Tunnels, Underground and Foundation Structures, Floating Concrete Structures, Ocean Concrete Structures, Structural floors, Pavement, Reinforced Concrete Structures, Prestressed Concrete Structure, Fibre Reinforced Concrete Structures, Composite and Hybrid Structures, Construction Technology, Project Management

Analysis and Design: Shear and Torsion, Fatigue and Cyclic Loading, Dynamic and Seismic Loads, Impact and Accidental Loads, Fire Loads, Long Term Behaviour, Mechanical Model, Numerical Modeling, Standards and Specifications, Seismic Design, Fire Design, Performance Based Design, Building Information Modelling (BIM)

Precast Structures: Precast Panels, Precast Floors, Precast Buildings, Precast Bridges, Precast Engineering Structures, Seismic Resistance of Precast Structures, Retrofitting of Precast Structures, Quality Control, Detailing for Precast Structures

Sustainability and Resilience: Resilience and Robustness, Sustainability, Reliability, Serviceability Models, Design for Durability, Concrete Deterioration Mechanisms, Reinforcement Corrosion, Assessment of Existing Structures, Monitoring and Maintenance, Structural Strengthening, Repair and Rehabilitation, Repurpose and Recycle, Through Life Management

  

   OFFICIAL WEBSITE 

Please visit the official website for more information.