A video clip of a large-scale, temporary installation titled Aurora. The installation was created by students from Unitec for CityUps - a 'city of the future for one night only', and the main event of FESTA 2014.
A video clip of a large-scale, temporary installation titled Aurora. The installation was created by students from Unitec for CityUps - a 'city of the future for one night only', and the main event of FESTA 2014.
A video clip of a large-scale, temporary installation titled Equilibrium. The installation was created by students from The University of Auckland for CityUps - a 'city of the future for one night only', and the main event of FESTA 2014.
Photograph captioned by Fairfax, "Christchurch earthquake. 110 year old cast iron work being removed from The Press tower after it was discovered to be damaged. Richard Cosgrove, Press Illustrations Editor, documents the event".
Photograph captioned by Fairfax, "Karim Mina (17) is missed by a thrown wet sponge at an event in Victoria Square to raise funds for the Coptic Church, damaged in the Canterbury earthquake".
A video clip of students from Unitec working on a large-scale, temporary installation titled Influx. Influx was part of CityUps - a 'city of the future for one night only', and the main event of FESTA 2014.
A video clip of a large-scale, temporary installation titled Aurora. The installation was created by students from Unitec for CityUps - a 'city of the future for one night only', and the main event of FESTA 2014.
A video clip of a large-scale, temporary installation titled Aurora. The installation was created by students from Unitec for CityUps - a 'city of the future for one night only', and the main event of FESTA 2014.
Photograph captioned by Fairfax, "Nader Guirguis assists Michael Awadalla with his traditional Arabic headdress at an event in Victoria Square to raise funds for the Coptic Church, damaged in the Canterbury earthquake".
Photograph captioned by Fairfax, "Nader Guirguis assists Michael Awadalla with his traditional Arabic headdress at an event in Victoria Square to raise funds for the Coptic Church, damaged in the Canterbury earthquake".
The idea of a ‘souvenir’, as a physical keepsake of a place or event, is not a new concept. It’s been around for as long as people have been bringing home exotic treasures from far-off lands, or trying to preserve … Continue reading →
Advanced seismic effective-stress analysis is used to scrutinize the liquefaction performance of 55 well-documented case-history sites from Christchurch. The performance of these sites during the 2010-2011 Canterbury earthquake sequence varied significantly, from no liquefaction manifestation at the ground surface (in any of the major events) to severe liquefaction manifestation in multiple events. For the majority of the 55 sites, the simplified liquefaction evaluation procedures, which are conventionally used in engineering practice, could not explain these dramatic differences in the manifestation. Detailed geotechnical characterization and subsequent examination of the soil profile characteristics of the 55 sites identified some similarities but also important differences between sites that manifested liquefaction in the two major events of the sequence (YY-sites) and sites that did not manifest liquefaction in either event (NN-sites). In particular, while the YY-sites and NN-sites are shown to have practically identical critical layer characteristics, they have significant differences with regard to their deposit characteristics including the thickness and vertical continuity of their critical zones and liquefiable materials. A CPT-based effective stress analysis procedure is developed and implemented for the analyses of the 55 case history sites. Key features of this procedure are that, on the one hand, it can be fully automated in a programming environment and, on the other hand, it is directly equivalent (in the definition of cyclic resistance and required input data) to the CPT-based simplified liquefaction evaluation procedures. These features facilitate significantly the application of effective-stress analysis for simple 1D free-field soil-column problems and also provide a basis for rigorous comparisons of the outcomes of effective-stress analyses and simplified procedures. Input motions for the analyses are derived using selected (reference) recordings from the two major events of the 2010-2011 Canterbury earthquake sequence. A step-by-step procedure for the selection of representative reference motions for each site and their subsequent treatment (i.e. deconvolution and scaling) is presented. The focus of the proposed procedure is to address key aspects of spatial variability of ground motion in the near-source region of an earthquake including extended-source effects, path effects, and variation in the deeper regional geology.
A photograph of four students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of three students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of seven students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of a child painting a bookshelf during the 'Words of Hope' event. An assortment of furniture has been painted white, and the public invited to spray-paint messages onto the pieces.
A photograph of six students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of five students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of five students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of eight students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of six students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of seven students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of seven students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of six students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of six students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of five students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of four students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of seven students on a bridge they have constructed across the Avon River, outside the UCSA building. The photograph was taken in 2015 during the annual Civil Engineering Bridge Challenge event.
A photograph of a crowd of students sitting on the bank of the Avon River outside the UCSA building in 2015. The students are gathered to watch the annual Engineering Bridge Challenge event.
After lengthy construction and Covid-19 delays, a centrepiece in Christchurch's earthquake rebuild will finally open its doors today. The $475 million convention centre called Te Pae is already booked to host 150 events next year, but they're not expected to be money-makers. Reporter Jean Edwards took a tour.