This project was entered in the LSAA 2007 Design Awards (#3197) "Medium Fabric Structures"
Entrant: Tattersall Engineering
Client: Aquinas College / J A Dodd Architect: Designinc Adelaide (Geof Naim)
Structural Engineer: Tattersall Engineering (See SEMF 2015)
Specialist Consultant(s): Wade Consultants Builder: Tecraft Pty Ltd
Fabricator(s): Horizon Sailmakers / C E Bartlett, Riband (Steel), A Noble & Son (Cables)
Application and Function(s) of Project:
The structure is a pivotal element in an $8m redevelopment of the main Aquinas College campus, which comprised a new library, Year 9 centre, canteen and arts centre as well as refurbishment of the old library as an IT, arts and careers centre. The Forum structure links and protects all the adjoining buildings, proving a substantial undercover area in the middle of the school which serves as a protected function centre, meals and play area, incorporates a stage with a protected auditorium area, and links with the existing gymnasium and sports centre building.
Project entered in the LSAA 2016 Design Awards (Medium Structures, #4047)
Entrant: Fabric Structure Systems (Designer / Fabricator / Installer)
Location: Christchurch, New Zealand. Completed: October 2014 Client: Cantebury Cricket Association
Team: Athfield Architects, Wade Design Engineers Ltd, Southbase, Fabric Structure Systems
Application: The establishment of an international venue at Hagley Oval for the 2015 cricket world cup and beyond. This required the construction of a new world class cricket pavilion, out of which an architectural fabric was chosen.
Jakarta ETFE Canopy
Entrant: Fabritecture (Designer and Installer)
Location: Jakarta, Indonesia. Completed: June 2015 Client: Leightons Asia
Team: Denton Corker Marshall, Maffeis Engineering, Fabritecture, Seele Covertex
Application: ‘Floating’ canopy suspended over a courtyard using a 2-layer ETFE cushion system, supported exclusively by stainless steel tie rods
This project was entered in the LSAA 2016 Design Awards (Medium Fabric Structures, 8128)
This project was entered in the LSAA 2016 Design Awards - (Cat2, 2697)
Entrant: Structureflex (Designer / Engineer)
Location: Junortoun, Bendigo. Completed: December 2015
Client: Catholic College Bendigo
Team: Y2 Architects, Steve Huppert, John Killmister (Cert. Eng), Shade Living Pty Ltd, Glarfab (membranes), Thornton Engineering (steel)
Application
A large asphalt courtyard area was upgraded to provide a focal point for the students for play and school functions.
APPLICATION OF PROJECT:
3 Pod like classrooms at Green School NZ
PROJECT DESCRIPTION:
To provide an outer skin from a material that can be recycled if/when replaced and also blends into environment. Wastage of non-recyclable materials to be kept to a minimum.
Also to provide the support frame to take the PVC membrane.
DESIGN / FABRICATION / INSTALLATION BRIEF
It was requested by the architect that we would supply a membrane solution for three-pod like classrooms for Green School New Zealand, to function as an aesthetic cladding and to create a ventilated thermal barrier to reduce a “heat soak effect” into the building. This was to complement the “green” label for the structure, reducing running costs and adding an organic look.
STRUCTURAL SYSTEMS
The overall complexity of the project was caused by the intriguing shape and challenging geometry, also the construction materials which were proposed.
The glulam timber beams implicated large tolerances on site, which required the steel components to be customized to match each of the three structures.
3d- digitizing of the design assisted by the construction of the tension-membranes. The high stretch of the fabric paired with the shape of the structures added the additional complexity of staged tensioning over multiple weeks.
MATERIALS
Mehler – Valmex Lodge de lux FR – 580gsm PVC
FABRICATION
The fabrication had complex geometry as the fabric had a high weft compensation which meant minimum tolerance to allow for the correct fit. The geometry for the fabric started with digital site measure using a Proliner first, followed by computer controlled cutting many checks and keder length dimensions to ensure accurate final panel size.
A similar process was used for the steel fabrication given the challenging geometry.
COLLABORATION, CONSTRUCTION AND MAINTENANCE
Being a bespoke membrane structure Cleland Construction Limited had to overcome the different approach from standard construction methodology and Fabric Structures & Cleland Construction work well to get the desired effect. This was mainly around a realization that fabrication off a 3D model was not going to create a successful outcome, therefore a proliner measure once the steel had been installed, then fabrication (with multiple QA check s) was agreed.
COSTS
Design – 12% Fabric – 6% Fabrication – 6% Steel – 50% Extrusion etc – 4% Installation – 22%
PROJECT CREDITS
Project Name Green School New Zealand
Location 406 Koru Road, Koru
City New Plymouth
Country New Zealand, 4374
Completion Date Oct-20
Category 2 Medium structures – 250m2 – 1000m2
Entrant Name Fabric Structures Limited
Address: 141 Dent Street,
Suburb: Central Business, Whangarei
Country: New Zealand, 0110
Telephone Land line: +64 9 4388343
Mobile: +64 275276452
Email Address:
Website address: www.fabricstructure.co.nz
Entrant Type / Role Designer / Fabricator / Installer
Project Client: Green School
Project Architect: Glen Brebner, Milca Severo, Boon
Structural Engineer: Fabspan/XiangDu
Specialist Consultant & Role: Kayne Jacobson, Project Manager
Building Contractor: Cleland Construction Limited
Fabricator(s): Fabric Structures Ltd – for membrane fabric
Others: Meco Engineering Co for Steel (under FSL contract)
This project was entered into the LSAA 2016 Design Awards (Cat 2 Medium Structures #72)
Entrant: GeoMetal Limited (Design & Engineering)
Location: Ocean Supercenter, Myanmar, Thailand. Completed: January 2016
Client: Capital Properties
Team: Process Architect & Planner Co., Ltd., Fastech Company Limited
Application: Signature Structure at a shopping Mall
IDENTIFICATION NUMBER 2264
ENTRY CATEGORY (2)
ENTRANT ROLE (Designer /Engineer/ Fabricator and Installer)
APPLICATION OF PROJECT: Restaurant roof, recycled water collection and décor
PROJECT NAME: Trinity Point Tension Membrane Structure
PROJECT DESCRIPTION:
This project was located in the Central Coast of New South Wales. It is a unique tension membrane structure designed to create a wow factor for a new restaurant. It was not only designed to create a visual impact, but also to provide extensive coverage to maximise the outdoor dining area table space and increase revenue for the restaurant.
We were approach by the client to Bring a design vision to life. The initial vision of the client to produce this project had come to a halt, then we were asked to come on board to use our expertise to bring this project to fruition and create a visual impact that would create global publicity for the restaurant.
APPLICATION OF PROJECT:
The project was to design and install a unique waterproof shade structure to a Year 11/12 study area at an elite private Grammar School in Sydney.
The area under cover is 760sqm. The space to be shaded was clearly defined and located between the austere 19th century red brick buildings on a second floor flat tiled roof
PROJECT DESCRIPTION:
Beyond a school’s playing fields, exposed concrete surfaces often represented the extent of outdoor space in many schools built a century ago. Knox Grammar was no different.Today the definition of outdoor space is much more exciting and open to design possibilities. For schools with resources, outdoor spaces can be unique, comfortable, multifunctional and aesthetic.
Project entered into the LSAA 2016 Design Awards (Medium Fabric Structures Entry 2698)
Entrant: Structureflex (Designer / Engineer)
Location: Echuca, Victoria. Completed: January 2015
Client: St Joseph's Catholic College
Team: Y2 Architects, Steve Huppert, John Killmister (Cert. Eng), Shade Living Pty Ltd, Fabric Solutions (membrane), Thornton Engineering (steel)
Application
As part of a new gymnasium and music centre it was proposed to extend a covered outdoor area over the new netball court that adjoins the building with a 38m x 22m PVC barrel arch roof structure attached to new steel framed gymnasium.
ID NUMBER 2284
ENTRY CATEGORY 2 – Medium structures
ENTRANT ROLE Designer / Installer
PROJECT NAME: MSU John Goodman Amphitheatre
APPLICATION: Amphitheatre canopy
PROJECT DESCRIPTION:
The MSU John Goodman Amphitheatre stands as a testament to innovative design meeting environmental challenges. Covering 6,792 square feet, and constructed with PVC TX30 material for durability and weather resistance, it offers exceptional acoustics and a versatile venue for concerts, plays, lectures, and cultural events, ensuring a premier outdoor experience for performers and audiences alike.
DESIGN / FABRICATION / INSTALLATION BRIEF
Missouri State University (MSU) sought to construct a versatile outdoor amphitheatre for diverse performances and events, including concerts, theatre, lectures, and cultural activities.
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