Emergency personnel lifting a metal beam from the ruins of the Canterbury Television Building on Madras Street during their search for trapped people.
The ceiling of the 10 square metre office building, soon to be Gap Filler Headquarters. Metal bracing can be seen between the wooden beams.
The Triton Dairy has been operating out of a metal shipping container on Colombo Street. The garden was a project supported by Greening the Rubble.
An excavator bunching up scrap metal as part of efforts to clear the site of the demolished Hillary and Marshall Limited building on Manchester Street.
A photograph of fairy lights strung over metal bedsteads. The bedsteads have been used to create a fence at Gap Filler's 'Film in the Gap' project.
A photograph of Whole House Reuse item 251. This item was salvaged from 19 Admiral Way in New Brighton as part of the Whole House Reuse project.
A thumbnail photograph of Whole House Reuse item 251, cropped for the catalogue. This item was salvaged from 19 Admiral Way in New Brighton as part of the Whole House Reuse project.
A photograph of a metal frame being erected on Worcester Street for Canterbury Tales. Canterbury Tales was a carnivalesque procession and the main event of FESTA 2013.
Gap Filler's "Film in the Gap!" project in Beckenham. Fairy lights have been used to decorate a fence made of old metal bed heads around the site.
Gap Filler's "Film in the Gap!" project in Beckenham. Fairy lights have been used to decorate a fence made of old metal bed heads around the site.
Gap Filler's "Film in the Gap!" project in Beckenham. Fairy lights have been used to decorate a fence made of old metal bed heads around the site.
Gap Filler's "Film in the Gap!" project in Beckenham. Fairy lights have been used to decorate a fence made of old metal bed heads around the site.
Gap Filler's "Film in the Gap!" project in Beckenham. Fairy lights have been used to decorate a fence made of old metal bed heads around the site.
A photograph of a metal frame being erected on Worcester Street for Canterbury Tales. Canterbury Tales was a carnivalesque procession and the main event of FESTA 2013.
A building with temporary sheet metal weatherproofing on the roof, replacing the fallen brickwork. Scaffolding has also been erected next to the building so that repairs can be made.
A power pole has a hand-written sign taped to it, reading "Free. Plz feel free to take what you like." Behind is a pile of broken bricks and bent metal sheeting.
The Oxford Terrace Baptist Church showing severe cracks in its facade. Metal beams have been used to prop up the building and its base is enclosed by a safety fence.
A photograph of a lamp post on the Mandeville Bridge in Kaiapoi. The lamp post has an intricate metal sign attached to it, which includes the name of the bridge.
Contractors conferring on the Anzac Drive Bridge in New Brighton. In the background, an excavator is lifting a piece of metal to place on one of the bridge's lamp posts.
A view across the Worcester Street Bridge towards Cathedral Square. The Christ Church Cathedral can be seen at the end of the street with a metal brace applied to its front.
Following the 2010/2011 Canterbury (New Zealand) earthquakes the seismic design of buildings with precast concrete panels has received significant attention. Although this form of construction generally performed adequately in Christchurch, there were a considerable number of precast concrete panel connection failures. This observation prompted a review of more than 4700 panel details to establish representative details used in both existing and new multi-storey and low rise industrial precast concrete buildings. The detailing and quantity of each reviewed connection type in the sampled data is reported, and advantages and potential deficiencies of each connection type are discussed. Following the Canterbury earthquakes, it was observed that brittle failure had occurred in some grouted metal duct connections used for precast concrete wall panels, resulting in recommendations for more robust detailing of this connection type. A set of experimental tests was subsequently performed to investigate the in-plane seismic behaviour of precast concrete wall panel connections. This testing comprised of seven reversed cyclic in-plane tests of fullscale precast concrete wall panels having wall-to-foundation grouted metal duct connections. Walls with existing connection detailing were found to perform adequately when carrying low axial loads, but performance was found to be less satisfactory as the axial load and wall panel length increased. The use of new recommended detailing was observed to prevent brittle connection response and to improve the robustness of the reinforcement splice. A parametric investigation was conducted using the finite element method to predict the failure mode of metal duct connections. From the results of the parametric study on metal duct connections it was identified that there were three possible failure modes, being reinforcement fracture, concrete spalling without metal duct pull out, and concrete spalling with metal duct pull-out. An alternative simple analytical method was proposed in order to determine the type of connection failure without using a time-consuming finite element method. Grouted sleeves inserts are an alternative connector that is widely used to connect wall panels to the foundations. The two full-scale wall panels were subjected to reversed cyclic in-plane demands until failure of either the connection or the wall panel. Wall panel failure was due to a combination of connection reinforcement pulling-out from the coupler and reinforcement fracture. In addition, non-embedded grouted sleeve tests filled with different quality of grout were conducted by subjecting these coupler assemblages to cyclic and monotonic forces.
Members of the audience at Gap Filler's "Film in the Gap!" project in Beckenham. Gap Filler has decorated the site with bunting, fairy lights and a fence made from old metal bed heads.
Members of the audience at Gap Filler's "Film in the Gap!" project in Beckenham. Gap Filler has decorated the site with bunting, fairy lights and a fence made from old metal bed heads.
Lyttelton band, Runaround Sue, performing at Gap Filler's "Film in the Gap!" project in Beckenham. Gap Filler have enclosed one side of the site with a fence made of old metal bed heads.
Members of the audience at Gap Filler's "Film in the Gap!" project in Beckenham. Gap Filler has decorated the site with bunting, fairy lights and a fence made from old metal bed heads.
The audience taking their seats at Gap Filler's "Film the in Gap!" project in Beckenham. Gap Filler have enclosed one side of the site with a fence made of old metal bed heads.
Members of the audience at Gap Filler's "Film in the Gap!" project in Beckenham. Gap Filler has decorated the site with bunting, fairy lights and a fence made from old metal bed heads.
Emergency personnel lifting a metal beam from the ruins of the Canterbury Television Building on Madras Street during their search for trapped people. Behind them smoke is billowing from the remains of the building.
Emergency personnel lifting a metal beam from the ruins of the Canterbury Television Building on Madras Street during their search for trapped people. Behind them smoke is billowing from the remains of the building.
Emergency personnel lifting a metal beam from the ruins of the Canterbury Television Building on Madras Street during their search for trapped people. Behind them smoke is billowing from the remains of the building.