Petascale simulations are needed to understand the rupture and wave dynamics of the
largest earthquakes at shaking frequencies required to engineer safe structures (> 1 Hz) …

Full-3D seismic waveform tomography (F3DT) is the latest seismic tomography technique
that can assimilate broadband, multi-component seismic waveform observations into high …

Understanding of lithosphere dynamics, tectonic stress localization, earthquake
occurrences, and seismic hazards has significantly advanced during the last decades …

We used a finite‐difference modeling method, developed by Olsen–Day–Cui, to simulate
nonlinear‐viscoelastic basin effects in a spectral frequency range of 0.1–1 Hz in the Kinburn …

We present a tutorial demonstration using a surrogate-model based uncertainty
quantification (UQ) approach to study dynamic earthquake rupture on a rough fault surface …

The visualization and analysis of complex fields often requires identifying and extracting
domain specific features. Through a collaboration with geophysicists we extend previous …

We used a finite‐difference modeling method to investigate the sensitivity of the ground‐
motion simulation results to the main input parameters, including the source model, regional …

We test the amplitude of deconvolution‐based ambient field Green's functions in 3‐D
numerical simulations of seismic wave propagation. We first simulate strongly scattered …

In this paper we report on high performance data transfer and ingestion design carried out in
a scientific workflow project to support Southern California Earthquake Center (SCEC) …

We used a finite difference (FD) modeling method, developed by Olsen-Day-Cui, to simulate
nonlinear-viscoelastic basin effects, in the spectral frequency range of 0.1 to 1 Hz, in the …