Project Cost: $30M
Architect: Jasmax
Project Director: Julian Ramsay
Project Description:
Following the recent Canterbury earthquake sequence, these buildings were designed to meet the demand from the owners to have a building that can be re-occupied with minimal delay following an earthquake.
With 11,000 square metres of floor area, this award winning development incorporates two large office buildings and a carpark building. It is the first use in the world of replaceable-link Eccentric-braced frames (EBF's). This technology, which is based on 2010 Canadian Research, limits earthquake damage to "fuses" that protect the building from earthquake damage and can be replaced easily following earthquakes to allow occupancy to resume with minimal delay.
The work carried out by Ruamoko Solutions has helped pave the way for the use of the technology in New Zealand, and Steel Construction New Zealand has published design guidelines for this system partially based on the experience with this project.
Ruamoko Solutions won a 2014 ACENZ Innovate NZ Award of Excellence and were finalists for the 2014 IPENZ Engineering Excellence Awards for their work on these buildings.
In addition this project won a Silver Award at the 2016 NZ Commercial Project Awards, won a 2015 NZIA Canterbury Architecture Award for Commercial Architecture, won a Bronze Pin (Built Environment) at the 2014 Best Awards, and won a 2014 Property Council NZ Commercial Office Property Award.
Click here for the 2013 SCNZ Steel Innovations Conference Paper.
Click here for Progressive Building Article.
Click here for Building Today Article.
Project Cost: $9M
Architect: Woodhams Meikle Zhan
Project Director: Cameron MacPherson
Project Description:
Opened in April 2014, the new Countdown supermarket building replaced the previous supermarket building which was badly damaged in the 2011 Canterbury earthquakes, primarily due to liquefaction. The new 4,200 square metre building is a state-of-the-art supermarket.
The construction is of precast concrete perimeter walls, steel portal frames and spine beams, concrete mezzanine structures and an economical reinforced compacted hardfill raft solution with drainage at its base.