"Heritage Buildings, Earthquake Strengthening and Damage: the Canterbury earthquakes September 2010 - January 2012", a report submitted by the then New Zealand Historic Places Trust to the Canterbury Earthquakes Royal Commission. The report was written by Robert McClean.
A video of a tour of the Christchurch Arts Centre, lead by Director Ken Franklin. Franklin talks about the strengthening work which was done to the Arts Centre before the earthquakes, the damage caused by the 4 September 2010 earthquake, and the importance of preserving the character of the buildings.
A paper presented at the New Zealand Concrete Industry Conference 2015 about the design and construction challenges faced when strengthening the Memorial Arch.
A conference paper prepared for the 4th Australasian Engineering Heritage Conference which outlines the challenges faced by SCIRT when repairing the Armagh Bridge, Colombo Bridge and Antigua Bridge.
The information board for the Riccarton House earthquake repairs and strengthening project.
Workers laying steel to strengthen the foundations of a building on Victoria Street.
Information board and hazard notices for the Riccarton House earthquake repairs and strengthening project.
A worker laying steel to strengthen the foundations of a building on Victoria Street.
A video of a presentation by Hugh Cowan, General Manager of Reinsurance, Research and Education at EQC, at the 2016 Seismics in the City Conference. The presentation is titled, "Working Together Strengthens Understanding".The abstract for the presentation reads, "Hear how EQC led a collaborative research project in Canterbury that involved diverse stakeholders from government, council officials and insurers to homeowners, and why collaboration means that Canterbury's geotechnical data is now helping to inform research locally, nationally and around the world."
A video about field trials conducted by the Department of Building and Housing at Queen Elizabeth II Park in Christchurch. Fifty kilograms of explosives are being used to simulate a magnitude-4 earthquake at a distance of 10 kilometres. The aim of the trials is to test soil-strengthening techniques that could be used to repair damaged land in Christchurch.
Damage to a brick building. Earthquake-strengthening ties have prevented the gable end from collapsing, but large cracks are still visible.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A document made available to people attending Duncan Gibb's Brunel lecture.
A house perched on the edge of the cliff above Sumner. Below, large bolts have been inserted into the cliff face above a cave entrance to strengthen it.
Strengthening work being undertaken by two workers suspended over the gable of the Wesleyan Methodist Church on the corner of Colombo and Brougham Street in Sydenham.
A pdf copy of a PowerPoint presentation used by Duncan Gibb when presenting his Brunel lecture.
Photograph captioned by Fairfax, "Stephen Mateer (left) and James Gurnsey of the Lyttelton Coffee Company, who are thankful that they recently earthquake-strengthened their busy Lyttelton Cafe - see the steel beams behind them".