A photograph of CPIT students constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students and members of the public constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students and members of the public constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students and members of the public constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students and members of the public constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students and members of the public constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students and members of the public constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students and members of the public constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of CPIT students and members of the public constructing an outdoor pizza oven for Gap Filler out of clay and bricks. The public workshop was part of FESTA 2012.
A photograph of a participant at an outdoor pizzeria earth-building workshop. The event was part of FESTA 2012.
Following the magnitude 6.3 aftershock in Christchurch, New Zealand, on 22 February 2011, a number of researchers were sent to Christchurch as part of the New Zealand Natural Hazard Research Platform funded “Project Masonry” Recovery Project. Their goal was to document and interpret the damage to the masonry buildings and churches in the region. Approximately 650 unreinforced and retrofitted clay brick masonry buildings in the Christchurch area were surveyed for commonly occurring failure patterns and collapse mechanisms. The entire building stock of Christchurch, and in particular the unreinforced masonry building stock, is similar to that in the rest of New Zealand, Australia, and abroad, so the observations made here are relevant for the entire world.
Following the Christchurch earthquake of 22 February 2011 a number of researchers were sent to Christchurch, New Zealand to document the damage to masonry buildings as part of “Project Masonry”. Coordinated by the Universities of Auckland and Adelaide, researchers came from Australia, New Zealand, Canada, Italy, Portugal and the US. The types of masonry investigated were unreinforced clay brick masonry, unreinforced stone masonry, reinforced concrete masonry, residential masonry veneer and churches; masonry infill was not part of this study. This paper focuses on the progress of the unreinforced masonry (URM) component of Project Masonry. To date the research team has completed raw data collection on over 600 URM buildings in the Christchurch area. The results from this study will be extremely relevant to Australian cities since URM buildings in New Zealand are similar to those in Australia.