|
fib has three tiers to its structure. There are ten 'Commissions' at the top level. Each Commission creates 'Task Groups' to deal with specific issues as they develop due to the concrete industries progress. These Task groups can create 'Working Parties' to consider specific aspects. The outcome from Commission and Task Groups are fib Bulletins. These are the reports that detail the finding and recommendations. The Australian members on these Commissions and Task Groups can provide greater insight into international direction and experts in various aspects of concrete. The current Commissions, task groups and working parties are listed below.
1. Structures
http://fib.epfl.ch/about/organisation/WPdownload/WPC1_04Aug10.pdf
Chair : Clark, UK
TG1.1 Design Applications
WP1.1.3 Strut & Tie
WP1.2.1 Cable Systems
WP1.2.3 For High Speed Trains
WP1.2.7 Corrugated Steel Webs
TG1.5 In Marine Environments
TG1.6 High Rise*
2. Safety & Performance Concepts http://fib.epfl.ch/about/organisation/WPdownload/WPC2_04Aug10.pdf
Chair : Taerwe, Belgium
3. Environmental Aspects of D&C http://fib.epfl.ch/about/organisation/WPdownload/WPC3_04Aug10.pdf
Chair : Sakai, Japan
TG3.5 Protective Concrete Structures
TG3.7 Integrated Life Cycle Assessment
TG3.8 Green Concrete Technologies
TG3.9 Application of Environmental Design
TG3.10 Recycling of demolished structures*
4. Modelling of Structural Behaviour & Design http://fib.epfl.ch/about/organisation/WPdownload/WPC4_04Aug10.pdf
Chair : Prof Stephen Foster, Australia
TG4.1 Serviceability Models http://fib.bme.hu/start_green/tg_4.1/
WP4.2.1 Shear in Slabs and Beams
TG4.3 Fire Design
TG4.4 Computer Based Modelling
WP4.4.5 Modelling of Fibre Reinforced Concrete*
WP4.4.6 Modelling of Repaired and Strengthened Concrete
WP4.4.7 Nonlinear Dynamic Analysis
TG4.5 Bond Models
5. Structural Service Life Aspects http://fib.epfl.ch/about/organisation/WPdownload/WPC5_03Aug10.pdf
Chair : Matthews, UK
TG5.3 Birth Certificate/Through Life Management
TG5.4 Code Calibration
TG5.5 Support to SAG on Assessment of Existing Structures
TG5.6 Operational Documents to Support Service Life design
TG5.7 Service Life Design Guide
6. Prefabrication
http://fib.epfl.ch/about/organisation/WPdownload/WPC6_14Sept10.pdf
Chair : Menegotto, Italy
TG6.1 Prestressed Hollow Core Floors
TG6.2 Structural Connections for Precast
TG6.6 New Model Code - Precast
TG6.7 Affordable Housing
TG6.9 Design of Precast for Accidental Loading
TG6.10 Precast Buildings in Seismic Areas
7. Seismic Design
http://fib.epfl.ch/about/organisation/WPdownload/WPC7_11Nov08.pdf
Chair : Pinto, Italy
TG7.5 Incorporating High Performance Materials
TG7.6 Comparison of Major Codes
TG7.7 Probability Based*
8. Concrete
http://fib.epfl.ch/about/organisation/WPdownload/WPC8_02Aug10.pdf
Chair : Dehn, Germany
TG8.3 Fibre Concrete
TG8.6 Ultra High Performance Fibre Concrete
TG8.7 Code Type Models for Behaviour of Concrete
TG8.8 Structural design with Flowable Concrete
TG8.9 Aesthetics of Concrete Surfaces
9. Reinforcing & Prestressing Materials & Systems
http://fib.epfl.ch/about/organisation/WPdownload/WPC9_15Sept10.pdf
Chair : Bastien, Canada
TG9.3 FRP Reinforcement http://www.labomagnel.ugent.be/fibTG9.3/
TG9.5 Durability of Prestressing Materials
TG9.7 Reinforcing Steels and Systems
TG9.9 Manual for Prestressing Materials & Systems
TG9.11 Testing Bond of Tendon Anchorages
TG9.12 Ground Anchors
TG9.13 External Tendons for Bridges
TG9.14 Extradosed Tendons
TG9.15 Behaviour Under Cryogenic Conditions
10. Construction
http://fib.epfl.ch/about/organisation/WPdownload/WPC10_21Sep10.pdf
Chair :Van der Horst, Netherlands
TG10.1 Curing
TG10.2 Formwork & Falswork
TG10.3 Life Cycle Man. - Construction for Service Life
TG10.x Precast Segmental Bridges
|