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elifo/README.md

Aloha everyone ๐Ÿ‘‹

My name is Elif Oral. I'm a scientist working on geohazard problems as a postdoctoral researcher at Caltech.

Here I share the numerical tools that I developed and/or contributed to, mostly relevant to earthquake source mechanics, engineering mechanics, wave propagation, earthquake engineering, and observational seismology.

My scripts for data analysis are mostly python libraries/class and Jupyter notebooks; my softwares for large-scale computational mechanics are generally hybrid with the core parts written once upon a time in Fortran, and the relatively new parts that adopt the spirit of its time and conditions, such as CUDA for GPU use in high performance computing.

The world is evolving so are my research interests. Thanks for looking, and stay tuned for more open science ++

Quick guide to browse repositories

My softwares

Name Description
1D3CSEM Prediction of seismic response of liquefiable sites
IWANelem Modeling experimental soil behaviour under dynamic loading

My contributions to open source projects (dynamically updated)

Name Description
specfem3d Initial stress heterogeneity for dynamic rupture modeling and applications to SoCal & Ridgecrest
specfem3d Seismic site response of complex sedimentary basins
sem2dpack Modeling site effects in linear and nonlinear media
sem2dpack Python class and Jupyter notebooks for mesh preparation (Cubit/Trelis) and post-processing
RIKsrf Kinematic source modeling for ground motion prediction in Martinique

More

Name Description
SCEC benchmark Dataframes and notebooks for our models in SCEC DRV benchmark
Palu slow supershear Dynamic rupture modeling for damaged medium of 2018 Palu, Indonesia earthquake & Python scripts for post-processing
Zagreb Notebook trials for MUSIC backprojection, seismic data processing, and data clustering for 2020 Zagreb, Crotia earthquake
Convertisseur Python scripts to convert RIKsrf outputs to source input for 3D wave propagation codes
How-to-obspy Beginner's Jupyter notebooks on downloading seismic data and obspy use
How-to-machine-learning My notebooks from Caltech workshop on Machine Learning

For more details on examples/tutorials, click here

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  1. sem2dpack sem2dpack Public

    Forked from jpampuero/sem2dpack

    SEM2DPACK - A spectral element method for 2D wave propagation and fracture dynamics, with emphasis on computational seismology and earthquake source dynamics.

    Jupyter Notebook

  2. specfem3d specfem3d Public

    Forked from SPECFEM/specfem3d

    SPECFEM3D_Cartesian simulates acoustic (fluid), elastic (solid), coupled acoustic/elastic, poroelastic or seismic wave propagation in any type of conforming mesh of hexahedra (structured or not). Iโ€ฆ

    Fortran 2

  3. 1D3CSEM 1D3CSEM Public

    One-dimensional (1D) three-component (3C) spectral element modeling (SEM) of seismic wave propagation in nonlinear media with pore-pressure effects

    Fortran 3 1

  4. IWANelem IWANelem Public

    Elemantary code for Iwan routine

    Fortran 1

  5. RIKsrf RIKsrf Public

    Forked from fgallovic/RIKsrf

    RIK earthquake source model: Slip rate generator

    Fortran