Task Groups
Task Group Name

TG1.1  Improving Seismic Resilience of Reinforced Concrete Structures
TG1.2  Design of Bridges against Fire Hazards
TG1.3  Calibration of Partial Safety Factors for the Assessment of Existing Bridges
TG1.4  Probabilistic Non-linear Finite Element Modelling – Reliability and Safety Formats
TG1.5  Performance-Based Design Founded on Lessons from Bridge Failures
TG1.6  Benefits for Practical Application of Risk and Reliability Considerations in Structural Engineering
TG1.7  Sustainability-driven Bridge Engineering for Early Design Phases     
TG1.8  Design Requirements for Infrastructure Resilience

TG 1.9 Training and dissemination

TG2.1  Construction History for Design
TG2.2  BIM Basics for Digitalization
TG2.3  Education

TG3.1  Super Long Span Bridge Aerodynamics

TG3.2  Continuing work of FRP structures

TG3.3  NLFEA and Proofloading Acceptation Existing Concrete Structures

TG3.4  Existing Concrete Structures Simulations of rather similar experiments and
            post diction analysis of proof loaded concrete structures

TG3.5  SED book entitled "Time-dependent behavior and design of composite steel concrete structures"     
TG3.6  Artificial Intelligence in Structural Engineering     


TG4.1  Bearings & Joints     
TG4.2  Applicable Standards And Actions During Construction Stage
TG4.3  Essentials on Construction Methods State Of Art
TG4.4  Risk, Accidents And Incidents During Constrution
TG4.5  Monitoring in Construction
TG4.6  Specific Construtive Challenges in Cable Stayed & na Extradorsed Bridges
TG4.7  Schedulling in Different Construction Methods
TG4.8  Building Equipment Specifications
TG4.9  Cost Efficient Design
TG4.10 Logistics for Bridge Construction
TG4.11 Acelerated Bridge Construction
TG4.12  Floating Bridges Construction
TG4.13  Construction Methods With New Materials
TG4.14  Special heavy lifting equipment
TG4.15  Essentials on Foundation Construction
TG4.16  Suspension Bridges
TG4.17  Modular Bridges
TG4.18  Arch Bridges
TG4.19  Summary On Critical Recommendations On Bridge Const. Methods And Processes     

TG5.1  Forensic Structural Engineering
TG5.2  Key performance indicators: Definition 
TG5.3  Gerontology of Bridge Structures 
TG5.4  Structure management systems (SMS): Survey on Implemented Decision-making Models
TG5.5  Conservation and Seismic Strengthening / Retrofitting of Existing Buildings: Historical Structures

TG5.6: BIM in Structure Management

TG5.8: Resilience of existing structures


TG6.1  Effects of Climate Change on Infrastructures
TG6.2  Disaster Debris Management
TG6.3  Structural Design with Recycled Aggregate Concrete
TG6.4   Value Protection of Built Environment