A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The 1100000 seat Olympic Stadium structure for the Sydney 2000 Games will be the showpiece of the new sporting developments being created around the Homebush Bay area of Sydney. The project will be the largest Olympic stadium in the history of the modern Olympics, and represents a major challenge for both the designers and constructors, with the team achieving its implementation in a compressed fast track programme. This paper summarises some of the key structural issues of the project, and particularly highlights the winning combination of both steel and concrete solutions to achieve an optimised total solution.
The 1100000 seat Olympic Stadium structure for the Sydney 2000 Games will be the showpiece of the new sporting developments being created around the Homebush Bay area of Sydney. The project will be the largest Olympic stadium in the history of the modern Olympics, and represents a major challenge for both the designers and constructors, with the team achieving its implementation in a compressed fast track programme. This paper summarises some of the key structural issues of the project, and particularly highlights the winning combination of both steel and concrete solutions to achieve an optimised total solution.
Olympic stadium winners - steel and concrete
Gewinner im oplymischen Stadion - Stahl und Beton
Rees, G. (author)
1998
13 Seiten, 12 Bilder
Conference paper
English
Bauingenieurwesen , Stahlbau , Beton , Träger (Bauwesen) , Dach , Konstruktion , Australien , Stahlbeton , Stadion
| Online Contents | 1994
Online Contents | 2013
| Engineering Index Backfile | 1927
British Library Online Contents | 2012
OLYMPIC STADIUM, UKRAINE - GMP
| Online Contents | 2012