Steel Immersed Tube Tunnels where Tunnel Boring Machines Cannot Operate – Yarra River Crossing Construction on the Melbourne Main Sewer Replacement Project

The Australasian Institute of Mining and Metallurgy
M Behrens
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
9
File Size:
1224 KB
Publication Date:
Mar 8, 2011

Abstract

The Melbourne Main Sewer Replacement (MMSR) is a major urban infrastructure project involving approximately 2.3 km of tunnelling and construction works. The works extend from Docklands Precinct, on the southwest edge of the city, southwards to connect with the Hobsons Bay Main Sewer in Port Melbourne. The tunnel boring machine (TBM) tunnelled section of the works terminates at the Yarra River where the delta geology and alignment requirements precluded the use of underground tunnelling methods. The 132 m long river crossing works involve a cut-and-cover excavation within a staged fl ooded cofferdam construction to construct an immersed tube tunnel as an extension of the TBM works.This paper reports on the development of the staged construction method and highlights the geotechnical and structural design aspects involved in building a new sewer in the Yarra River to close the gap between the new TBM driven and pipe-jacked tunnels.
Citation

APA: M Behrens  (2011)  Steel Immersed Tube Tunnels where Tunnel Boring Machines Cannot Operate – Yarra River Crossing Construction on the Melbourne Main Sewer Replacement Project

MLA: M Behrens Steel Immersed Tube Tunnels where Tunnel Boring Machines Cannot Operate – Yarra River Crossing Construction on the Melbourne Main Sewer Replacement Project. The Australasian Institute of Mining and Metallurgy, 2011.

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