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Articles, Christchurch uncovered

For a change of pace, a group from Underground Overground Archaeology spent last week out of the office, and out of Christchurch at the New Zealand Archaeological Association Conference on Stewart Island. The New Zealand Archaeological Association (known affectionately as … Continue reading →

Articles, Christchurch uncovered

Anyone in the office will tell you that I have a keen interest in military history, especially anything related to the World War 2 period. I like my airplanes, yes (hats off to the de Havilland Mosquito, that twin engine … Continue reading →

Articles, Christchurch uncovered

Whether you share your home with one or not, they say that you’re either a cat person or a dog person. Hamish’s mid-week ‘hands up if you’re a dog person or a cat person’ office poll revealed that most of … Continue reading →

Images, UC QuakeStudies

A photograph of a room in the Diabetes Centre which has been used to store office material while the building is being prepared. Boxes of files and other material have been stacked against the far wall.

Videos, UC QuakeStudies

A video of a protest against the Ministry of Education's proposed school closures and mergers in Christchurch. More than a thousand people marched from the CBS Arena to the Ministry of Education office on Princess Street as part of the protest.

Research papers, University of Canterbury Library

This paper discusses the seismic performance of the standard RC office building in Christchurch that is given as a structural design example in NZS3101, the concrete structures seismic standard in New Zealand. Firstly the push-over analysis was carried out to evaluate the lateral load carrying capacity of the RC building and then to compare that carrying capacity with the Japanese standard law. The estimated figures showed that the carrying capacity of the New Zealand standard RC office building of NZS3101:2006 was about one third of Japanese demanded carrying capacity. Secondly, time history analysis of the multi-mass system was performed to estimate the maximum response story drift angle using recorded ground motions. Finally, a three-dimensional analysis was carried out to estimate the response of the building to the 22nd February, 2011 Canterbury earthquake. The following outcomes were obtained. 1) The fundamental period of the example RC building is more than twice that of Japanese simplified calculation, 2) The example building’s maximum storey drift angle reached 2.5% under the recorded ground motions. The main purpose of this work is to provide background information of seismic design practice for the reconstruction of Christchurch.

Images, UC QuakeStudies

College of Engineering staff stand beside a sign pointing through a fern garden to the temporary new entrance to the School of Engineering office. Asbestos is currently being removed from areas within the building. Pictured: Lisa Carter, Arran Yuill, Cecillia King, Karen Carthew, Janet Butcher, Cheryl McNickel and Vicki O'Sullivan.

Images, UC QuakeStudies

College of Engineering staff stand beside a sign pointing through a fern garden to the temporary new entrance to the School of Engineering office. Asbestos is currently being removed from areas within the building. Pictured: Lisa Carter, Arran Yuill, Cecillia King, Karen Carthew, Janet Butcher, Cheryl McNickel and Vicki O'Sullivan.

Images, UC QuakeStudies

A digitally manipulated image of a broken window on Spicer House. The photographer comments, "One of the office blocks in Christchurch City, New Zealand. As the window has not been fixed I am presuming that this building will be slowly demolished at a later date".