Port Coquitlam, British Columbia
Climate Change Adaptation & Mitigation
Associated Engineering was part of the design-build team selected to replace the Pitt River Bridge in Port Coquitlam, BC.
The seven-lane, $200 million bridge project across the Pitt River replaced two aging swing bridges. The 506 metre long bridge features a 380 metre long three-span cable-stayed bridge which is integral with two approach spans at each end.
The project team developed an innovative and cost-effective bridge concept using an advanced cable-stayed design and highly efficient river foundations. Our design offers significant constructability benefits and operational advantages. With only one river pier the cable-stayed bridge reduced in-river construction works, disruption to navigation, and impact to the environment. The novel two-pylon bridge design replacement features three planes of cable stays.
To address the three-level performance-based seismic design criteria we carried out pushover analyses to assess seismic performance of the main pylons, approach pier and piles. 3D linear spectral and non-linear time history analyses were performed for demand verification and design checking, in addition to detailed wind and stay-cable loss studies.
Designed and constructed in a record 30 months, the new Pitt River Bridge was opened to traffic in November 2009.
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