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Eureka Tower rises 300 metres and 88 storeys above Melbourne city, making it one of the world’s tallest residential buildings.

Stabilising the tower to prevent sway

Sway was a key design issue as the building was designed for residential use. The central lift core is the main stabilising element, as well as an outrigger shear wall system that links the outer tube of the building to the central core.

The outer tube comprises edge beams and incorporates two ‘mega columns’, both of which have been utilised as a bold element on the facade.

Innovative roof structure

Wind tunnel testing was also widely used on the project to check the building’s performance under lateral loads. An innovative roof top tuned mass damper controls the tower sway movements to acceptable limits.

Location

Wurundjeri Country
Melbourne, Victoria, Australia

Client

Eureka Tower Pty Ltd

Partners

Fender Katsilidis

Aurecon's Role

Building design including wind tunnel testing

Complete

2006

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Aerial view of the Eureka Tower in Melbourne, Australia.
Eureka Tower rises 300 metres and 88 storeys above Melbourne.
Eureka Tower is one of the world’s tallest residential buildings.
Wind tunnel testing was used to check the Eureka Tower building’s performance.
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Aerial view of the Eureka Tower in Melbourne, Australia.
Aerial view of the Eureka Tower in Melbourne, Australia.
Aerial view of the Eureka Tower in Melbourne, Australia.

To investigate the sway at high wind speeds, a scale model of the design was subjected to a once-in-50 year (190 kilometres per hour) gale in the Monash University wind tunnel.

Eureka Tower was completed in October 2006.

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