Significant portions of QuakeCoRE research require large-scale computationally-intensive numerical ground motion (GM) simulations. The amount of data and complexity of computation make the large-scale simulation practically impossible to run on a researcher’s workstation. QuakeCoRE started collaboration with New Zealand eScience Infrastructure(NeSI), the national high performance computing (HPC) provider to gain the necessary computational capacity and execution speed
Southern California Earthquake Center (SCEC) have developed the Broadband Platform (BBP) that comput...
Modernizing SW4 for massively parallel time-domain simulations of earthquake ground motions in 3D ea...
The 1994 Northridge earthquake in Los Angeles, California, killed 57 people, injured over 8,700 and ...
Background and Objective Significant portions of QuakeCoRE research require large-scale computation...
Background and objective : QuakeCoRE developed the Ground Motion (GM) simulation workflow based on t...
QuakeCoRE is a Centre of Research Excellence fostering innovative research in earthquake resilience ...
Background and Objective QuakeCoRE developed the Ground Motion (GM) simulation workflow based on th...
In the presentation, we describe the computational workflow and results of the June 2018 version (v1...
QuakeCoRE undertakes ground motion simulations as part of its computational workflow. Impact assessm...
Our poster will present on-going QuakeCoRE-founded work on strong motion seismology for Dunedin-Mosg...
Parallelization strategies are presented for Virtual Quake, a numerical simulation code for earthqua...
This poster presents the computational workflow and results of version 18.6 of probabilistic seismic...
Seismology and engineering seismology have been dramatically affected by the emergence of high-perfo...
1. Background and Objectives This poster presents results from ground motion simulations of small-...
Introduction QuakeCoRE undertakes ground motion simulations as part of its computational workflow. ...
Southern California Earthquake Center (SCEC) have developed the Broadband Platform (BBP) that comput...
Modernizing SW4 for massively parallel time-domain simulations of earthquake ground motions in 3D ea...
The 1994 Northridge earthquake in Los Angeles, California, killed 57 people, injured over 8,700 and ...
Background and Objective Significant portions of QuakeCoRE research require large-scale computation...
Background and objective : QuakeCoRE developed the Ground Motion (GM) simulation workflow based on t...
QuakeCoRE is a Centre of Research Excellence fostering innovative research in earthquake resilience ...
Background and Objective QuakeCoRE developed the Ground Motion (GM) simulation workflow based on th...
In the presentation, we describe the computational workflow and results of the June 2018 version (v1...
QuakeCoRE undertakes ground motion simulations as part of its computational workflow. Impact assessm...
Our poster will present on-going QuakeCoRE-founded work on strong motion seismology for Dunedin-Mosg...
Parallelization strategies are presented for Virtual Quake, a numerical simulation code for earthqua...
This poster presents the computational workflow and results of version 18.6 of probabilistic seismic...
Seismology and engineering seismology have been dramatically affected by the emergence of high-perfo...
1. Background and Objectives This poster presents results from ground motion simulations of small-...
Introduction QuakeCoRE undertakes ground motion simulations as part of its computational workflow. ...
Southern California Earthquake Center (SCEC) have developed the Broadband Platform (BBP) that comput...
Modernizing SW4 for massively parallel time-domain simulations of earthquake ground motions in 3D ea...
The 1994 Northridge earthquake in Los Angeles, California, killed 57 people, injured over 8,700 and ...