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.

28,15,0,50,1
600,600,60,1,5000,1000,25,2000
90,300,1,50,12,25,50,1,70,12,1,50,1,1,1,5000
Glazing 6
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Glazing 4
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Glazing 1
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Glazing 2
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Glazing 3
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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

  

Atmosphere Façade Park Beach Plaza

Entrant:  Ronstan International, Locker Group, Tensys Engineers

  • Category:  6                ID Number:  5111

  • Location:                     253 Pacific Highway, Coffs Harbour, NSW

  • Client:                         Park Beach Plaza

  • Completion Date:        February 2013

Credits:

  • Architect:                    Red Dog Architects

  • Structural Engineer:    DeGroot Benson

  • Specialists:                  Tensys Engineers - Structural Design

  • Builder:                       Edwards Constructions

  • Fabricator:                   Ronstan International, Locker Group

  • Installer:                      Ronstan International


APPLICATION OF PROJECT:    Facade

5111-01

PROJECT DESCRIPTION:

Design, fabrication and installation of cable supported perforated aluminium façade on Park Beach Plaza Car Park at Coffs Harbour.

50 Martin Place - Glass Roof

Taylor Thomson Whitting (Engineer)

Location: 50 Martin Place, Sydney.   Completed: Unknown

Client: Macquarie

Team: Johnson Pilton Walker, Taylor Thomson Whitting, Brookfield Multiplex, Sharvain Pacific Steel

Pitt Street Lighting System

The City of Sydney turned to Ronstan to upgrade Pitt Street Mall's lighting to an energy-efficient catenary system as part of the overall redevelopment at the precinct. The result is a ladder-like series of lights supported by a Ronstan high-tension stainless steel cable framework.

The system illuminates the pedestrian areas below and the facades of the buildings, without needing large self-standing poles or heavy-looking supports. The 16m high tensile cable web is almost invisible, with bowstring support cables anchored every 20 meters into the facades of the buildings along the mall.

The catenary lights themselves comprise long tubes, combining downward illumination and a sequence of LEDs along the vertical length, which can be programmed for different colors depending on seasonal requirements – reflecting specific moods and occasions.

"The applications of tensile architecture are endless, thanks to its complex combination of engineering and design," says Rowan Murray, General Manager of Ronstan Tensile Architecture. "The Pitt Street Mall project is another example of this fact – and of the versatility, reliability and beauty of tensile forms."

The catenary lighting system at Pitt Street Mall comprises a twin longitudinal cable arrangement tied back to the surrounding buildings via spacers and guying cables. 23 customized tube style luminaires (lights) are suspended between 34 Marine Grade type 316 stainless steel ribbon catenary cables. The 1x19 strand cables are designed and manufactured to withstand up to 60 tonnes of tension, while resisting corrosion and stretch.

Pitt Street Mall reopened on December 6, 2012. In addition to Ronstan Tensile Architecture, the Sydney, Australia project team consisted of head contractor Westfield Construction, architect Tony Caro Architecture, cable and structural designers Enstruct Structural & Civil Engineers, building connections engineers Hyder Consulting and electrical contractors FIP Electrical.

Pitt Street Mall Catenary Lighting System - Image 2

  • Client: City of Sydney
  • Head Contractor: Westfield Construction
  • Architects: Tony Caro Architects
  • Cable Structural Design: Enstruct Structural & Civil Engineers
  • Building Connections Engineering: Hyder Consulting
  • Electrical Contractor: FIP Electrical

South Australian Health and Medical Research Institute (SAHMRI)

SAHMRI is a world class facility for medical research under construction in Adelaide (July 2015)

The facility will increase the ability for new leading edge research and clinical applications into better treatment and potential cures for the most challenging diseases.

The building has an interesting curved facade as illustrated in the following images.

Images by Peter Kneen 2015.

28,15,0,50,1
600,600,60,1,5000,1000,25,2000
90,300,1,50,12,25,50,1,70,12,1,50,1,1,1,5000
General view from the Convention Centre
SAHMRI 1
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SAHMRI 2
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SAHMRI 3
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SAHMRI 4
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SAHMRI 5
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SAHMRI 7
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SAHMRI 9
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Surry Hills Community Centre

Entrant:           Aurecon - Sydney – Designer
Location:          405 Crown Street - Surry Hills NSW 2010
Client:             Austress Freyssinet
Architect:        FJMT
Struct. Eng.:    Aurecon - Facade Engineer
Others:           Taylor Thomson Whitting - Concept Design
Builder:            Austress Freyssinet / Probuild

  

Other Structural Forms - Cablenets, Glazing, Facades, Spaceframes

The LSAA has groups of members interested in cablenets, high technology glazing and facades.

In fact one main reason for the creation of the LSAA  from the MSAA was to cater for the growing number of projects which involved large glazed areas being supported by pretensioned cable truss systems or cablenets.

In modern times, when the overall energy usage for the life of a building is taken into account, the use of high technology facades will become more important. There is also a growing use of "green facades" or vertical gardens.

The traditional spaceframe structures are becoming rarer - those with many small elements that are man-handled and connected together on site. Labour costs and erection times are now outweighed by fewer larger assemblies that can be installed quickly by cranes.

The LSAA would welcome articles and links to projects in this category.