The Quantum-Nano Centre was named after Waterloo chancellor Mike Lazaridis and his wife Ophelia. The new centre will be home to the Institute for Quantum Computing, the Waterloo Institute for Nanotechnology and an undergraduate program in nanotechnology engineering and will be the first research facility of its kind in the world. The five-story, 900 m² building is expected to be completed by 2009. ComBAR will be installed as plain reinforcement in the approx. 610m² raft foundation on the ground floor. Here the fact that ComBAR bars are non-metallic and therefore non-magnetic was the deciding property in addition to its superior bond properties (limitation of the crack widths) and durability characteristics.
Project Name
Element
Dimensions
Originally designed with
To be installed in
Caso Overhead
PL-3 Barriers
Length: 4 x 56m
Stainless Steel
2009
Provincial Road Overpass
Length: 4 x 48m
9th Concession Road Underpass
PL-2 Parapets
Length: 2 x 67m
1st Generation GFRP
Essex Cty Road 43 Underpass
Dwyer Hill Road Bridge
Length: 2 x 101m
2010
Ashton Station Road Bridge
Length: 2 x 99m
QEW Widening in Burlington
PL-2 Barrier
Length: approx. 600m
1st generation GFRP
Quantum-Nano-Centre Waterloo
Raft Foundation
Area: ca. 610m²
ComBAR GFRP
Location:
Southampton (UK)
Products:
Schöck Isokorb®
Task:
Thermal break for concrete-to-steel connection of cantiliver elements, transfers bending moment and shear force.
The following Schöck product was installed on these projects: Schöck Isokorb® KS
Architect:
HGP Greentree Allchurch Evans Ltd
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