Overview
The continued expansion in the use of prefabricated and precast building elements has seen a parallel expansion in the range of products and tools developed specifically to lift, connect and align such elements to each other, and to the supporting structure as a whole.
A thorough understanding of how these sytems behave & interact is important for design and construction engineers, as they are critical to:
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Performance
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Safety
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Durability
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Efficiency
This National Seminar series will feature Professor Rolf Eligehausen, an acknowledged global authority on anchorage in concrete, as well as Australian experts actively engaged in the design and specification of precast elements and construction systems.
Presenters
Professor
Rolf
Eligehausen
Institute of Construction Materials - Stuttgart University
Mr.
Doug
Jenkins
Principal - Interactive Design Services
Mr.
Geoff
Fletcher
BD-066 & fib Technical Committee for anchorage
Mr.
Andrew
Barraclough
R&D Manager - ITW Construction Systems
Program
Registration & Coffee: 08:30
Session 1: 09:00 - 10:30
Program Introduction
1. Precast – Design principles to achieve economy, performance and safety in construction. (DJ)
2. Precast - Design imperatives for lifting, transport & erection. (GF)
Morning tea: 10:30-10:50
Session 2: 10:50 - 12:20
3. Precast – Handling and erection of large elements; specifying safe work practices (DJ)
4. Anchors – Types of fasteners, Concrete Capacity method for fastenings with headed studs and post-installed metal anchors. (RE)
Lunch: 12:20 - 13:20
Session 3: 13:20 - 16:00
5. Precast - Navigating technical, WHS & commercial risk for design & construction engineers. (GF)
6. Precast – Prediction of deflections in practice, including time and temperature dependant effects and composite construction. (DJ)
7. Anchors – Behaviour and design of fastenings with bonded anchors and connections with post-installed reinforcing bars. (RE)
Afternoon tea: 16:00 - 16:30
Session 4: 16:30 - 17:30
8. 16:30 Anchors – Design for adverse conditions: Earthquakes, Fire, Corrosion. (RE)