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KPI | Start Date | Due Date | Q2 report |
---|---|---|---|
TP4.1: Implement emod3d and specfem ground motion simulation software on NeSI HPC resources. | 1/01/2016 | 1/01/2017 | Completed |
TP4.2: Develop a streamlined workflow (incl. visualization) for ground motion simulation calculations to minimize the barrier to entry in new users running a large number of ground motion simulations. | 1/01/2016 | 1/01/2018 | On track |
TP4.3: Develop automated simulation of ground motions from NZ earthquakes in real-time. | 1/01/2017 | 1/07/2018 | On track |
TP4.4: Optimize OpenSees FE software on NeSI HPC resources and train the QuakeCoRE community to develop a critical mass of capable OpenSees analysts. | 1/01/2016 | 1/01/2018 | On track |
TP4.5: Develop centralized pre- and post-processing functionality for OpenSees calculations to reduce barriers to users to streamline their analyses. | 1/07/2016 | 1/01/2018 | On track |
TP4.6: Examine the parallelization of the OpenSees source code and look to improve its HPC scalability to enable large computational models to be run efficiently. | 1/01/2017 | 1/01/2019 | On track |
TP4.7: Implement structure-specific and regional loss estimation software into a computational workflow with ground motion and OpenSees simulations. | 1/01/2017 | 31/12/2020 | Not started |
TP4.8: Implement multi-scale loss estimation methods which combine the details of current structure-specific methodologies at the regional level. | 1/07/2017 | 31/12/2020 | Not started |
TP4.9: Parallelize loss estimation software so that multi-scale loss estimation methods are computational feasible. | 1/01/2018 | 31/12/2020 | Not started |
2018 RfP Information
No applications or Expressions of Interest (EOI) are being sought via the RfP. The Technology Platform Leaders are responsible for delivering a long-term coordinated Technology Platform Programme; investigators are encouraged to engage with the Technology Platform Leaders to see where they may contribute to the Technology Platform Programme.