Predicting Earthquake Damage to Gravity Pipe Networks
Articles, UC QuakeStudies
A conference paper about the Pipe Damage Assessment Tool (PDAT).
A conference paper about the Pipe Damage Assessment Tool (PDAT).
A document which outlines SCIRT's post-earthquake asset assessment process.
A design guideline which provides guidance to project definition and design teams on how to use Pipe Damage Assessment Tool (PDAT) outputs in their scoping and concept design work.
A diagram which illustrates SCIRT's asset assessment request process.
A design guideline which provides information about how to use the SCIRT Asset Assessment Spreadsheet.
A technical paper prepared for the Water NZ conference and expo 2012, which details how GIS and InfoNet were used to complement SCIRT's asset assessment process.
A paper which outlines SCIRT's approach to asset assessment, design and repair of damaged retaining walls, and presents a case study of a retaining wall rebuild, on Cunningham Terrace, Lyttelton.
A paper which outlines the observed damage to Christchurch City Council-owned retaining walls and the repair solutions developed.
A diagram which shows outputs from PDAT (with explanations).
A diagram which shows outputs from PDAT calibration/validation (with explanations).
A pdf copy of a PowerPoint presentation made for the Water Services Association of Australia conference, about SCIRT's approach to asset investigation after the Canterbury earthquakes of 2010 and 2011.
A document which contains the slide notes to go with the PowerPoint presentation made for the Water Services Association of Australia conference.
A pdf copy of a PowerPoint presentation prepared for the Christchurch City Council and CPG New Zealand, providing an overview of the investigation work completed.
An outline, created in 2011, of the levels of service and condition of the horizontal infrastructure within the central city, providing a broad indication of damage, service levels provided to residents and business owners, and used to estimate the cost of repairs following the earthquake events.