Event Summary
This laboratory tour will showcase a variety of destructive and non-destructive testing equipment for concrete materials and structures, as well as ongoing experimental activities.
Before the laboratory tour, Dr Jeung-Hwan Doh will deliver a 30-minute presentation on the current research topics. These include post-tensioning systems for the transverse direction of composite steel deck-concrete structures and the behaviour of axially loaded circular concrete-filled aluminium tubular slender columns. The presentation will also highlight sustainable and efficient concrete designs, the application of 3D printing and geopolymers in large-scale structures, and innovative uses of recycled materials such as red mud, concrete slurry waste, and glass in eco-friendly concrete production.
The laboratory tour will be of interest and benefit all levels of participants in the construction industry.Don't miss out, register today.
Program
| 4.30pm | Registration Commences - Tea & Coffee will be served |
| 5.00pm | Welcome & Introduction |
| 5.05pm | Commencement of Presentation |
| 5.30pm | Laboratory Tour commences |
| 6.30pm | Question time - light refreshments served at conclusion of tour |
| 7.30pm | Event closes |
Registration
| $88.00 | CIA Member |
| $44.00 | CIA Retired, Life and Honorary Member |
| $22.00 | Student Member |
| $110.00 | Non Member |
Venue Sponsor
Parking
Details coming soon.
Remember your attendance at the event may be eligible for CPD.
Presenters
Current research topics
Dr Jeung-Hwan Doh, Griffith University Gold Coast
Dr Doh will deliver a 30-minute presentation on the current research topics. These include post-tensioning systems for the transverse direction of composite steel deck-concrete structures and the behaviour of axially loaded circular concrete-filled aluminium tubular slender columns. The presentation will also highlight sustainable and efficient concrete designs, the application of 3D printing and geopolymers in large-scale structures, and innovative uses of recycled materials such as red mud, concrete slurry waste, and glass in eco-friendly concrete production.
We would like to thank our Annual Sponsors for their ongoing support
