QuakeCoRE aims to establish and link multi-institutional national research programmes that are internationally networked. The research programmes will advance the science and implementation pathways of earthquake resilience through system-level science with highly integrated collaborations coordinated across the physical, engineering and social sciences and relevant research institutions. Our research is organised into Technology Platforms, Flagship Programmes, Integrative Projects and Special Projects.
Five Flagship Programmes (FP) are leading high-impact research through research collaboration, engagement with end-users, and the wider earthquake resilience research ecosystem.
- FP1: Ground Motion Simulation and Validation
- FP2: Liquefaction Impacts on Land and Infrastructure
- FP3: Addressing Earthquake-vulnerable Buildings – A Multidisciplinary Approach
- FP4: Next-generation Infrastructure: Low-damage and Repairable Solutions
- FP5: Pathways to Improved Resilience
Flagship Programme 1: Ground Motion Simulation and ValidationLeader: Brendon Bradley
Deputy Leader: David Dempsey & Seokho Jeong
Industry Representative: Didier Pettinga , Holmes Consulting
This flagship aims to provide a paradigm shift in ground motion prediction via theoretical developments in physics-based simulation methods and their utilisation in engineering design and assessment.
Flagship Programme 2: Liquefaction Impacts on Land and InfrastructureLeader: Misko Cubrinovski
Deputy Leader: Rolando Orense & Sjoerd van Ballegooy
Industry Representative: Sjoerd van Ballegooy, Tonkin & Taylor
This flagship focuses on next-generation assessment methods and mitigation strategies for soil liquefaction, one of the principal earthquake hazards affecting land and infrastructure in Aotearoa New Zealand.
Flagship Programme 3: Addressing Earthquake-vulnerable Buildings – A Multidisciplinary ApproachLeader: Ken Elwood
Deputy Leader: Ilan Noy
Industry Representative: Derek Baxter, Wellington City Council
This flagship addresses the risk posed by collapse-vulnerable earthquake-prone buildings through a multi-disciplinary lens.
Flagship Programme 4: Next-generation Infrastructure: Low-damage and Repairable SolutionsLeader: Tim Sullivan
Deputy Leader: Rick Henry
Industry Representative: Jared Keen, Beca
This flagship seeks a new design paradigm where reparability and damage control is explicitly considered in the design process of buildings and infrastructure.
Flagship Programme 5: Pathways to Improved ResilienceLeader: David Johnston
Deputy Leader: Caroline Orchiston & Wendy Saunders
Industry Representative: Dan Neely, WREMO
This flagship focuses on determining how we decide where to invest our limited resources to most effectively improve Aotearoa New Zealand’s resilience to earthquakes.
Integrative Projects are QuakeCoRE-funded projects which support multi-disciplinary focused research activities.
Earthquake Case study: Alpine Fault Earthquake Impacts on the South and Lower North IslandsApril 2017 –Sept 2018
Our initial case study focuses around an Alpine Fault earthquake rupture scenario in order to contextualise each aspect of the earthquake resilience ‘pipeline’, the expertise for which resides within the FPs themselves. This project leverages off the “Project AF8” programme funded by the National Resilience Fund and seeks to apply the latest research understanding for impacts of Alpine Fault earthquakes, and through end-user engagement, use the results of this project toward tangible improvements in Aotearoa New Zealand earthquake resilience. Notably, this case-study project will learn from the Kaikōura Earthquake to better understand the impacts of future Alpine Fault Earthquakes.
Four Technology Platforms (TP) provide the underpinning experimental (lab and field), computational, and data infrastructure which are necessary for realising QuakeCoREs' vision and mission and involve cross-institutional and industry collaborations.
- TP1: Large-scale Laboratory Facilities
- TP2: Field-testing and Monitoring
- TP3: Multi-disciplinary Community Databases
- TP4: Computational Simulation and Visualisation
Technology Platform 1: Large-scale Laboratory FacilitiesLeader: Rick Henry
Deputy Leader: Alessandro Palermo
This platform supports enhanced collaboration across domestic and international large-scale experimental facilities, innovative testing procedures and instrumentation.
Technology Platform 2: Field-testing and MonitoringLeader: Liam Wotherspoon
Deputy Leader: Quincy Ma & Geoff Rodgers
This platform is building on Aotearoa New Zealand leadership in field testing and monitoring to focus on development of world-class testing technologies and urban system monitoring.
Technology Platform 3: Multi-disciplinary Community DatabasesLeader: Ilan Noy
Supported By: TP3 Working Advisory Group
This platform fosters the contribution to, and utilisation of, existing community databases, as well as enabling the development of new multi-disciplinary databases for transformative research.
Technology Platform 4: Computational Simulation and VisualisationLeader: Brendon Bradley
Deputy Leader: Christopher McGann
This platform provides computational workflows to connect the multi-disciplinary research activities within QuakeCoRE and to provide a means by which research results can be understood in terms of their wider impacts on earthquake resilience.
Special projects are major externally-funded research programmes which are aligned with the QuakeCoRE mission, as well as its core values and culture.
Special Project 1: Spatially-distributed InfrastructureLeader: Liam Wotherspoon
Deputy Leader: Roger Fairclough
Industry Representative: Roger Fairclough, Neoleaf
This project is a joint research programme with the National Science Challenge 10: Resilience to Nature's Challenges. The program is developing tools to assess the performance of spatially-distributed infrastructure networks subject to extreme natural hazards.