Batemans Bay Bridge

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/ 01

Project Details

The Batemans Bay Bridge is replacing the existing steel lift bridge with a new precast segmental box girder bridge. The $274 million projects will build better connections in and around Batemans Bay for motorists, freight, river users, pedestrians, and cyclists. The new Batemans Bay bridge is built with prefabricated concrete elements installed from the piers towards the centre of the spans using the balanced cantilever method. 

Our Role

CaSE & Pike Design were engaged by John Holland to design the propping system to ensure the stability of the bridge during construction. The developed system is significant in its reduction to simplicity with a clear load path and elements that are simple to assemble, dismantle and re-use again on the next pier.

On successful completion of the new bridge, CaSE & Pike Design were also engaged by John Holland to assess the existing bridge during demolition one span at a time with the Design of special temporary works to ensure the structural integrity of the bridge and its foundation during its safe demolition. CaSE’s approach was to ensure a clear load path and sufficient robustness for a fit-for-purpose methodology developed closely with the John Holland team.

Location
New South Wales, AU
Project Value
AUD 274M
Contractor
John Holland/ VSL for TfNSW
Contact Us
/ 04

Services

  • Design of heavy-duty propping system for out-of-balance loading of around 1400 tons during cantilever construction
  • Design to ensure stability at all times during cantilever erection
  • Consideration of entire life-cycle of temporary works from pre-assembly to dismantling and allowing re-use on different piers
  • Temporary works design for precast yard and transportation
  • Demolition engineering of the old steel truss lift bridge
  • Analysis and assessment of existing structure from the 1950s
  • Demolition of substructure and engineering for heavy lift operations and temporary works.
  • The overall design responsibility for the demolition works.
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