GMSim Viz: Automated 3D Visualization of Ground Motion Simulation and Consequent Impacts (2018)
Type of ContentConference Contributions - Other
- QuakeCORE: Posters 
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 various data visualization methods, and a 3D animation is an excellent medium to understand the nature of an earthquake. It also helps to communicate with the general public, but its production has been largely left to time-consuming manual interaction with no existing automation tool available. GMSimViz was created to fulfil this need and produces a quality 3D animation directly from the simulation data in a fully automated way. GMSimViz is published on GitHub under MIT license. A video of the result of GMSimViz is also available on Youtube(please see '5. External Sources' at the bottom for URLs and QR codes).
RightsCC-BY 4.0 International
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Polak V; Bradley, Brendon; Zhu M; Bae, Sung Eun; 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 ...
Automated workflow for Validation of Ground Motion Simulations using Conventional and Complex Intensity Measures Motha, Jason; Loghman, Vahid; Bradley, Brendon; Lee, Robin; Lagrava, Daniel; Schill, Claudio; Zhu, Melody; Paterson, James; Bae, Sung Eun (2019)Ground motion intensity measures (IMs) are widely used in Performance-Based Earthquake Engineering (PBEE) to quantify seismic hazard and potential demands on structures. The IMs are a particularly useful set of summary ...
Validation of ground motion simulations via response history analysis of special moment resisting frames using an automated workflow Loghman, Vahid; Bradley, Brendon; Chandramohan, Reagan; McGann, Christopher (2019)Validation is an essential step to assess the applicability of simulated ground motions for utilization in engineering practice, and a comprehensive analysis should include both simple intensity measures (PGA, SA, etc), ...