Sports complexes including athletics, swiming, cycling, gymnastics, tennis, basketball, hockey and other large enclosures.
These structures will often involve tensioned membrane roof panels, large span trusses, arches, cablenets or other forms of lightweight structures.
The following articles are in random order:
Metricon Stadium - Carrara, Qld.
The Carrara Stadium was originally built in the late 1980’s and played host to a number of events however the venue has traditionally been a football ground. The decision to redevelop the site came as a welcome change to many sporting fans. The redevelopment is also in line with the Queensland government’s bid for the 2014 Commonwealth Games.
The newly named and revamped Metricon Stadium is built to accommodate a Australian Rules football oval, world standard cricket oval, provision to allow future installation of an athletics field and international standard soccer field including all the associated corporate, media and player facilities. The Queensland Government funded project secures a future for sport of all kinds in the region, opens the possibility to world class soccer coming to the region as well as other major national and international sporting events.
As with any world class stadium the design incorporated a tensile membrane roof component. Covering 70% of the seating capacity at the venue this roof is a major part of the facilities function and aesthetics.
The following table of Largest Stadiums was found on: http://en.wikipedia.org/wiki/List_of_stadiums_by_capacity
A source of information about Stadiums can be found at http://www.stadiumdb.com
Jawaharlal Nehru Stadium roof in Delhi, India.
Jawaharlal Nehru Stadium (JNS) was originally built in 1982 in honour of India's first Prime Minister. Mr. Nehru is credited as the founder of modern India through political and social reform. In preparation for the upcoming 2010 Commonwealth Games in Delhi this facility is receiving a dramatic update. The crowning achievement to the stadium's rebirth will be the tensile membrane roof, supported by a vast cable net. LSAA members MakMax were awarded the contract to supply and install an ambitious fabric and cable roof design, the structure is now near completion with 50 of the 88 fabric panels installed. Schlaich Bergermann & Partners are the structural engineers.
AAMI Park Stadium Melbourne
APPLICATION OF PROJECT
AAMI Park is Melbourne’s first purpose built venue for football (soccer), rugby league and rugby union. The 30,000-plus seat stadium offers a world class arena and playing surface for all three codes with an unparalleled spectator experience in terms of sightlines, atmosphere and amenity
AAMI Park, with its iconic bio-frame roof, fills a gap in Melbourne’s renowned suite of sporting facilities and increases the city’s ability to attract national and international events.
Home to the Victory, Hearts, Storm, Rebels and Melbourne Football Club teams, the stadium also features a sports medicine centre, elite training facility and administration complex, making it a true sports campus for Melbourne.
AAMI Park provides a strong foundation for football and the league and union codes to develop their fan base, and cements Melbourne’s claim as Australia’s – if not the world’s – sporting capital.
AAMI Park’s world class playing pitch and outstanding player facilities make it one of the best grounds to play on. In fact, AAMI Park is one of the few stadiums in the world to house four different sporting codes.
Structural Design of the Arch and Roof of Wembley Stadium
Kourosh Kayvani, PhD, FIEAust, CPEng
Aurecon, Sydney, Australia
The aim of the new Wembley Stadium was to design and build a state-of-the-art national stadium, unlike any other in the world. The new stadium, with its elegant exposed steel structure arch, is an international icon as was the old stadium with its twin towers which was built in 1923.
The design brief required the roof not to cover the playing field which lead to one unique aspect of the roof in that it partially retracts over the seats to allow the daylight to reach all points of the pitch and thus a shadow-free playing field.
The retractable roof is formed by seven separate independently driven roof panels totalling 15,000 sqm that move in a parallel motion to the south as they "open" and stack on the top of one another when in a fully "open" position.
With the retracting roof panels all moving to the south, the roof design exploits the opportunity to have a tall, structurally efficient structure on the north side to support the north and south roofs. The solution was to have an elegant and structurally efficient arch which spans the entire width of the stadium's seating bowl (Figure 1).
Email for complete paper.
This project was entered in the 2013 LSAA Design Awards
Abdullah bin Khalifa (Lakhwiya Stadium)
Entrant: Tensys Engineers Pty Ltd
- Category: 4 ID Number: 6515
- Location: Doha, Qatar
- Client: Lakhwiya Sports Club
- Completion Date: February 2013
- Architect: Perkins Eastman (USA), ECG (Egypt)
- Structural Engineer: Tensys Engineers
- Builder: Al Khayyat Development
- Fabricator: Hardco
APPLICATION OF PROJECT:
The development is to create a new stadium for the local Qatar League team ‘Lakhwiya’. The works involve creating a 15,000 seat stadium with 4 grand stand sun shading roofs.
Lakhwiya Football Club is local league champions in 2012 and 2013. The development is to create a new home stadium for this team. Al Khayyat Development were provided with the brief to carry out a design and build facilities for (not only) the stadium but associated facilities of car parking, gymnasium and ancillary buildings
Rio Tinto Stadium
Entrant: Structurflex Ltd - Engineering Fabrication Installation
Location: Sandy - Salt Lake City Utah USA
Client: Salt Lake County - Utah & Real Salt Lake
Architect: Rossetti Architects
Struct. Eng.: Wade Design Engineers & Wayne Rendely PE
Builder: Turner Construction
A link to view details (non-engineering) of the stadiums for the 2010 World Cup in South Africa:
Credits: The following article is adapted from
The 2010 Fifa World Cup will be played out in 10 newly built or upgraded stadiums, in nine South African cities.
Five are existing stadiums, all of which have been upgraded, with the showpiece Soccer City in Johannesburg having undergone a major upgrade. The remaining five have been built from scratch - and completed on schedule.
The stadiums are:
Soccer City Stadium, Johannesburg
Ellis Park Stadium, Johannesburg
Cape Town Stadium, Cape Town
Loftus Versfeld Stadium, Pretoria
Durban Stadium, Durban
Nelson Mandela Bay Stadium, Port Elizabeth
Royal Bafokeng Stadium, Rustenburg
Free State Stadium, Bloemfontein
Mbombela Stadium, Nelspruit
Peter Mokaba Stadium, Polokwane
Demolition and groundwork began in 2006, with construction of all the major facilities starting in February 2007. South Africa’s construction industry, which has substantial experience in large-scale infrastructure development, was consulted about the stadium timelines - and it was agreed that the dates were realistic.
Location: Doha, Qatar
Client: Lakhwiya Sports Club
Completion Date: February 2013
Architect: Perkins Eastman (USA), ECG (Egypt)
Structural Engineer: Tensys Engineers
Builder: Al Khayyat Development
APPLICATION OF PROJECT:
The development is to create a new stadium for the local Qatar League team ‘Lakhwiya’. The works involve creating a 15,000 seat stadium with 4 grand stand sun shading roof.
First Day-Night Cricket Test at the Rennovated Adelaide Oval
The first day-night cricket test was held at the recently renovated Adelaide Oval.
A swinging pink ball was a factor in the very close and low scoring game which Australia managed to win.
Another factor in the success of the inaugral day-night test was the Adelaide Oval with its recently completed new stadiums.
This type of stadia are the kinds of iconic structures that our members are passionate about.
Here are some images that I took in July 2015 - unfortunately not during the test.
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