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Date: 4/23/2021

Session Time: 3:45 PM to 4:45 PM Pacific

Numerical Modeling of Earthquake Motion, Rupture Dynamics, Seismic Noise, Wave Propagation and Inverse Problems

Continuous development of numerical modeling methodology in seismology is driven by emerging requirements in the observational seismology, advances in the mathematical sciences, evolution of computer architectures and programming models, adaptation of methods originating in other scientific fields, as well as by practical applications including site-specific seismic hazard assessment.

This session is a forum for presenting advances in numerical methodology, whether the principal context is observational, mathematical/numerical, computational or application. We invite contributions focused on development, verification and validation of numerical-modeling methods and methodologically important applications especially to earthquake ground motion, seismic noise and rupture dynamics, including applications from field of induced seismicity with particular focus on multi-physics aspects, for example, combining fluid migration and stress transfer in porous media with rupture dynamics and wave propagation in poro-elastic media and full seismic cycle simulations. We encourage contributions on the analysis of methods, fast algorithms, high-performance implementations, large-scale simulations, non-linear behavior, multi-scale problems and confrontation of methods with data, such as inverse problems.

Conveners

Peter Moczo, Comenius University Bratislava (moczo@fmph.uniba.sk)
Wei Zhang, Southern University of Science and Technology (zhangwei@sustech.edu.cn)
Jozef Kristek, Comenius University Bratislava (kristek@fmph.uniba.sk)
Martin Galis, Comenius University Bratislava (martin.galis@uniba.sk)
Chanseok Jeong, Central Michigan University (jeong1c@cmich.edu)
Elnaz Seylabi, University of Nevada, Reno (elnaze@unr.edu)

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