Projects in this category include non-prestressed structures such as domes and shells made from more traditional materials like concrete.

Prestressed structures may include saddle shaped cablenets, planar wall or roof glass surfaces supported by a stressed cable network.

Externally supported roofs (cable supported) also come into this category.

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600,600,60,1,5000,1000,25,2000
90,300,1,50,12,25,50,1,70,12,1,50,1,1,1,5000
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Biofilter at Surry Hills Library

Entrant:            Taylor Thomson Whitting - Designer
Location:           Surry Hills NSW
Client:               City of Sydney Council
Architect:          Francis-Jones Morehen Thorp
Struct. Eng.:     Taylor Thomson Whitting
Specialist:          Mech Eng: Steenson Varming
Others:             Austress
Builder:             WBHO Probuild

  

This project was entered in the 2013 LSAA Design Awards

Perth Zoo Wetlands & Penguin Enclosure

Entrant:                           Structural Dynamics Australia

  • Category:  4                ID Number:  4966

  • Location:                     Perth Zoo, WA

  • Client:                         Government of WA - Department of Finance

  • Completion Date:          January 2012

Credits:

  • Architect:                     Pritchard Francis

  • Structural Engineer:      Pritchard Francis

  • Builder:                       The Slatter Group, WA

 

PROJECT APPLICATION AND DESCRIPTION: Zoological Enclosure
Structural Dynamics was contracted by The Slatter Group WA to assist with the design, material selection/supply and installation of a lightweight zoological enclosure that would cover an area of 90 meters long, 34 meters wide and 10 meters high.

The enclosure was covering two existing exhibits at the Perth Zoo, namely the penguin display and wetlands area, so needed to have minimal impact on the existing flora and infrastructure.

Pritchard Francis had already conducted the majority of the structural design and calculations of loads - Structural Dynamics assisted both The Slatter Group WA and Pritchard Francis with final material specifications to meet demanding requirements.

With such a large open enclosure that needed to be visually appealing for visitors as well as transparent for the exhibits inhabitants the challenge was to specify materials that met demanding load specifications but at the same time provided a light weight alternative that had minimal visual impact on the surrounding exhibits.

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This project was entered in the 2013 LSAA Design Awards

WorkZone Perth

Entrant:                           Structural Dynamics Australia

  • Category:  5                ID Number:  5202

  • Location:                     202 Pier St., Perth WA

  • Client:                         Charter Hall

  • Completion Date:         September 2013

Credits:

  • Architect:                    Fitzpatrick & Partners

  • Builder:                       Broad Constructions WA

  • Fabricator:                   Colt International

 

PROJECT APPLICATION AND DESCRIPTION:  Light weight structure used to control interior environment

Aluminium tube sun shade screen designed by Fitzpatrick & Partners to control interior environment and to add to overall aesthetic impact of building.

Structural Dynamics Australia contracted by Colt International (sun shade fabricator and installer) to help design, supply and install stainless steel cable system to structurally support this element.

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Sydney Wildlife World

Entrant:    UFS Australasia Pty Ltd
Client:      Sydney Attractions Group
Architect:  Misho & Associates/ RIHS Architects – Misho & Gerry Rihs
Structural Engineer: Fabric: Wade Consulting Joseph Dean, 
Steel: S2 Corporation Murray Allen
Fabricator(s): Fabric Shelter Systems Graham Griffin

3837 A  3837 B 

Overview of Cablenet Structures

Australia can bost a very early cable net structure in the Sidney Myer Music Bowl in Melbourne. 

Melb 096 Melb 095


The modern cablenet structures burst on the international scene with the Expo 67 German Pavilion constructed in Montreal, Canada.

This was a larger version of the cablenet roof prototype designed by Frei Otto's team and used now to house the IL at the University of Stuggart.

LSAA FreiOtto cablenet 000

The next structure, and the most famous is the impressive stadiums for the Munich Olympics designed by Frei Otto.

LSAA FreiOtto cablenet 013

Highly stressed cable trusses are also used to support flat glass surfaces now common for facades.