NHERI@UTexas joins QuakeCoRE as an Affiliate Organisation
September 13, 2018
Megan Woods recently dropped by to visit QuakeCraft
September 24, 2018Flagship Coordinated Project Plans
Summaries of the Flagship Coordinated Project Plans are available below, for further information please contact the Flagship Leader.
Flagship 1: Ground Motion Simulation and Validation
Download Flagship 1 Coordinated Project Summary
Flagship 2: Liquefaction Impacts on Land and Infrastructure
Download Flagship 2 Coordinated Project Summary
Flagship 3: Addressing Earthquake-vulnerable Buildings – A Multidisciplinary Approach
Download Flagship 3 Coordinated Project Summary
Flagship 4: Next-generation Infrastructure – Low-damage and Repairable Solutions
Download Flagship 4 Coordinated Project Summary
Flagship 5: Pathways to Improved Resilience
Download Flagship 5 Coordinated Project Summary
Frequently Asked Questions
If you have a question that is not addressed below, please contact the QuakeCoRE Support Team via email: quakecore@canterbury.ac.nz.
What is an example of a deliverable, how is this different from the activities that I will do as part of the project?
A project deliverable should be specific and directly related to the objectives of your project, deliverables should be measurable and represent a completed component of the project. It is assumed that all projects will present a poster at the QuakeCoRE Annual Meeting and seek to publish the research in a peer reviewed publication research paper, whilst these can be included as part of a project deliverables, focus should remain on those project specific outputs that relate directly to the research objectives of the project. Some examples of deliverables which are clearly aligned to a project proposal-’s objectives are listed below:
Example 1
Objective: Develop and experimentally validate a low-cost, robust viscous damper that offers custom, design-specific viscous damping in any one (or more) quadrants of the force-displacement response plot.
Deliverable: Two manufactured device prototype designs with costing; one stepped cylinder design and a single diameter cylinder.
Example 2
Objective: Utilize full 3D waveform tomography to iteratively improve the version 1.0 Canterbury velocity model using over 250 events in the Mw 3.0 – 4.5 range.
Deliverable: Complete Version 2 of the Canterbury Velocity model based on F3DT methodology.
The online submission portal isn-™t working, what should I do?
If you are having problems, please contact quakecore@canterbury.ac.nz.
When is the application deadline?
Applications close at 12PM (noon) on Friday the 19 October, 2018. No late applications will be accepted.
