A digger scraping damaged tarseal from River Road in Richmond. The photographer comments, "Road repairs".
A photograph of a sign giving information about the repair of the Bridge Street Bridge.
A photograph of a sign giving information about the repair of the Bridge Street Bridge.
Sewage continues to be pumped into the river while the damaged sewerage system is repaired.
A photograph captioned by Paul Corliss, "University of Canterbury glass replacement".
A photograph of a damaged house. The photograph is captioned by Paul Corliss, "St Andrews Hill Road, Mount Pleasant".
A photograph captioned by Paul Corliss, "University of Canterbury glass replacement".
A photograph captioned by Paul Corliss, "University of Canterbury glass replacement".
A photograph of a damaged house. The photograph is captioned by Paul Corliss, "St Andrews Hill Road, Mount Pleasant".
A guideline created for SCIRT Delivery Teams which outlines the requirements for working around heritage items.
A run sheet which details who will do what at the opening of the Gloucester Street bridge.
Photograph captioned by BeckerFraserPhotos, "Temporary repairs to damaged windows and roof in Cranmer Court".
A 'Road Closed' sign on St Johns Street in Woolston, where underground repairs are being undertaken.
Photograph captioned by BeckerFraserPhotos, "Workers on Armagh Street repairing a high voltage power cable".
The 2010-2011 Christchurch earthquakes generated damage in several Reinforced Concrete (RC) buildings, which had RC walls as the principal resistant element against earthquake demand. Despite the agreement between structural engineers and researchers in an overall successfully performance there was a lack of knowledge about the behaviour of the damaged structures, and even deeper about a repaired structure, which triggers arguments between different parties that remains up to these days. Then, it is necessary to understand the capacity of the buildings after the earthquake and see how simple repairs techniques improve the building performance. This study will assess the residual capacity of ductile slender RC walls according to current standards in New Zealand, NZS 3101.1 2006 A3. First, a Repaired RC walls Database is created trying to gather previous studies and to evaluate them with existing international guidelines. Then, an archetype building is designed, and the wall is extracted and scaled. Four half-scale walls were designed and will be constructed and tested at the Structures Testing Laboratory at The University of Auckland. The overall dimensions are 3 [m] height, 2 [m] length and 0.175 [m] thick. All four walls will be identical, with differences in the loading protocol and the presence or absence of a repair technique. Results are going to be useful to assess the residual capacity of a damaged wall compare to the original behaviour and also the repaired capacity of walls with simpler repair techniques. The expected behaviour is focussed on big changes in stiffness, more evident than in previously tested RC beams found in the literature.
Photograph captioned by BeckerFraserPhotos, "Repairing the damaged footpath at the Bridge of Remembrance, Cashel Street".
Photograph captioned by BeckerFraserPhotos, "Procope Coffee House on Victoria Street, under repair from earthquake damage".
The word "repairs" painted on the side of a building has a large crack running through it.
(It was already opened up mid-way through a repair. But it wasn't on the floor!)
Repair work being done to the Victoria Clock Tower on the corner of Montreal Street and Victoria Street.
Repair work being done to the Victoria Clock Tower on the corner of Montreal Street and Victoria Street.
Workers repairing power lines on Settlers Crescent in Ferrymead. Liquefaction silt can be seen on the road surface.
Repair work being done to the Victoria Clock Tower on the corner of Montreal Street and Victoria Street.
A document which describes the process that SCIRT took to repair the Sumner Road retaining wall - stage 4.
Workers repairing the James Hight building at the University of Canterbury, seen from inside the library. The photographer comments, "Yet another change of workplace for our E-Learning group, as the University juggles people and buildings to carry out earthquake repairs. Our area looks over a central roof space that has seating areas. It may be a while before we're allowed out there though".
A photograph of a sign on the RAD Bikes bike shed on Gloucester Street. The sign reads "RAD Bikes Recycle A Dunger. This is an ex-demolition site. Hazards may exist. Please take care".
A photograph of two young men in the RAD Bikes bike shed during a hands-on workshop as part of FESTA 2013.
A photograph of photographer Ed Lust at the RAD Bikes bike shed during a hands-on talk that was part of FESTA 2013.
A photograph of the entrance to the RAD Bikes bike shed on Gloucester Street.
A photograph of Richard Sewell outside the RAD Bikes bike shed on Gloucester Street.