Introduction 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 recent ruptures and potential future earthquake scenarios. When coupled with near-real-time (NRT) ground motion modelling, these tools also provide NRT assessment. Following this, the susceptibility of a location or region to the earthquake-induced geotechnical and geologic hazards can be assessed. The three impact assessment types are currently considered: macro impact (via PAGER), liquefaction and landside. In this poster attention is given to the first two of these models which have been operationalised, ...
The U.S. Geological Survey (USGS) has made significant progress toward the rapid estimation of shaki...
Reliable methods for the near‐real‐time modeling of landslide hazard and associated impacts that fol...
This poster presents the computational workflow and results of version 18.6 of probabilistic seismic...
QuakeCoRE undertakes ground motion simulations as part of its computational workflow. Impact assessm...
Semi-empirical models based on in-situ geotechnical tests have become the standard of practice for p...
Significant portions of QuakeCoRE research require large-scale computationally-intensive numerical ...
Southern California Earthquake Center (SCEC) have developed the Broadband Platform (BBP) that comput...
Accurate understanding and quantification of the risk to critical infrastructure posed by future lar...
The input for the seismic risk analysis can be expressed with a description of "groundshaking scenar...
1. Background and Objectives This poster presents results from ground motion simulations of small-...
This paper presents on-going challenges in the present paradigm shift of earthquakeinduced ground m...
Ground motion scenarios exists for most of the seismically active areas around the globe. They essen...
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 ...
The recent advances in computational efficiency and the scarcity/absence of recorded ground motions ...
The U.S. Geological Survey (USGS) has made significant progress toward the rapid estimation of shaki...
Reliable methods for the near‐real‐time modeling of landslide hazard and associated impacts that fol...
This poster presents the computational workflow and results of version 18.6 of probabilistic seismic...
QuakeCoRE undertakes ground motion simulations as part of its computational workflow. Impact assessm...
Semi-empirical models based on in-situ geotechnical tests have become the standard of practice for p...
Significant portions of QuakeCoRE research require large-scale computationally-intensive numerical ...
Southern California Earthquake Center (SCEC) have developed the Broadband Platform (BBP) that comput...
Accurate understanding and quantification of the risk to critical infrastructure posed by future lar...
The input for the seismic risk analysis can be expressed with a description of "groundshaking scenar...
1. Background and Objectives This poster presents results from ground motion simulations of small-...
This paper presents on-going challenges in the present paradigm shift of earthquakeinduced ground m...
Ground motion scenarios exists for most of the seismically active areas around the globe. They essen...
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 ...
The recent advances in computational efficiency and the scarcity/absence of recorded ground motions ...
The U.S. Geological Survey (USGS) has made significant progress toward the rapid estimation of shaki...
Reliable methods for the near‐real‐time modeling of landslide hazard and associated impacts that fol...
This poster presents the computational workflow and results of version 18.6 of probabilistic seismic...