Search

Now showing items 1-10 of 10

QuakeCoRE and NeSI's strategic partnership towards earthquake resilience via High Performance Computing

Clare, R.M.; Bradley, B.A.; Sun, D.; Bae, S.; McGann, C. (University of Canterbury. Civil and Natural Resources EngineeringUniversity of Canterbury. QuakeCore, 2016)

QuakeCoRE is a Centre of Research Excellence fostering innovative research in earthquake resilience for New Zealand. Significant portions of this research require large-scale computationally-intensive numerical simulations ...

QuakeCoRE and OpenSees (Year 2): Initatives and Activities to Reduce Barriers to Entry and Reduce Time to Solution

McGann CR; Jeong S; Chandramohan R; Bradley BA; Wotherspoon LM; Lagrava D; Bae SE (2017)

Real-time ground motion simulation workflow

Huang, J.; Bae, S.; Polak, V.; Bradley, B.; Razafindrakoto, H.; Thomson, E.; Lee, R.; Nazer, A.; Lagrava, D.; Motha, J. (2017)

Background and objective : QuakeCoRE developed the Ground Motion (GM) simulation workflow based on the Graves and Pitarka (2010, 2015) methodology, we have strived to deliver the simulation result in timely manner to ...

SeisFinder: A web application for extraction of data from computationally-intensive earthquake resilience calculations

Savarimuthu, S.; Lagrava, D.; Bradley, B.; Huang, J.; Motha, J.; Polak, V.; Bae, S. (2017)

SeisFinder is an open-source web service developed by QuakeCoRE and the University of Canterbury, focused on enabling the extraction of output data from computationally intensive earthquake resilience calculations. ...

Vizualisation for scientific discovery and communication: Kaikoura earthquake as a case study

Bae, S.; Lagrava, D.; Zhu, M.; Bradley, B.; Polak, V.; McGann, C.; Robinson, D.; Ni, Y. (2017)

Ground Motion (GM) Simulation involves complex calculations that produce a large collection of numerical data, which needs a good visual presentation to help better understanding of the complex dynamics of the earthquake. In ...

Coupling ground motion simulation with regional modelling for rapid impact assessment

Motha, J.; Bradley, B.; Polak, V.; Thompson, E.; Wald, D.; Maurer, B.; van Ballegooy, S. (2017)

QuakeCoRE undertakes ground motion simulations as part of its computational workflow. Impact assessment is one of the subsequent downstream outcomes, and allows QuakeCoRE to assess estimated impacts for earthquakes – both ...

Fragility functions for buried pipelines in liquefiable soils based on New Zealand data

Bradley BA; Bellagamba X; Wotherspoon LM; Hughes MW (2017)

This poster aims to present fragility functions for pipelines buried in liquefaction-prone soils. Existing fragility models used to quantify losses can be based on old data or use complex metrics. Addressing these issues, ...

There is potential for pumped hydro energy storage in New Zealand

McQueen, Dougal (University of Canterbury, 2019)

The decarbonisation of New Zealand’s energy system will increase demand for electricity at the same time as fossil fuelled generation is phased out. Maintaining balance in the power system will become increasingly difficult ...

Toward hybrid broadband ground motion simulation validation for New Zealand-wide Mw>3.5 earthquakes

Lee R; Bradley B; Bellagamba X (2018)

GMSimViz: Automated 3D visualization of ground motion simulation and consequent impacts

Polak V; Bradley B; Zhu M; Bae S; Motha J; Razafindrakoto HNT (2018)

Overview. GMSimViz is an automation tool that produces an animated 3D visualization of geological faults, ground motion and other earthquake related data. Typically verification of ground motion simulations involves ...