simpeg-research/Astic-2020-JointInversion

Stars
22
Rank 1,048,934 (Top 21 %)
Language
TypeScript
License
MIT License
Created almost 5 years ago
Updated about 4 years ago

simpeg-research/Astic-2020-JointInversion

simpeg-research

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

Collection of scripts to reproduce the results of Astic et al. (2020): forward modelling and joint inversion of potential fields data with petrophysical information (Petrophysically and geologically guided inversion: PGI)

heagy-2018-AEM

Notebooks and python scripts to reproduce the figures shown in "Open source software for simulations and inversions of airborne electromagnetic data," submitted to the AEM 2018 workshop

Jupyter Notebook

oldenburg-2018-AEM

3D EM Modelling and Inversion with Open Source Resources

Jupyter Notebook

earthscope-mt-course

Tutorial Notebooks for an MT workflow

Jupyter Notebook

Herring-2021-Hybrid-ERT-Inversion

Combined parametric and smooth ERT inversion

Jupyter Notebook

Astic-2019-PGI

Reproducible examples for published PGI inversions

Jupyter Notebook

gwb-dc-inversions

Examples of 1D and 2D inversions for Geoscience Without Border Projects at Myanmar

casingSimulations

research code for running SimPEG simulations in settings with steel cased wells

kang-2019-3D-aem

Development of 3D time-domain airborne electromagnetic simulation

Jupyter Notebook

heagy-2018-fracture-physprops

Estimate an electrical conductivity model for a hydraulically-fractured rock volume using effective medium theory

Jupyter Notebook

uda-2019-inversion

Laguna del Maule Bouguer Gravity: Example notebook that inverts gravity data over Laguna del Maule (after Miller et al

Jupyter Notebook

heagy-et-al-2020-uxo-seg

Machine learning for classifying unexploded ordnance from electromagnetic data

Jupyter Notebook

Wei-and-Sun-2021-uncertainty

heagy-2018-injection-inversions

Inversions for subsurface injections (e.g. hydraulic fracturing, carbon capture and storage, ...)

Jupyter Notebook

kang-2019-impact-of-wells

The impact of water wells and their power sources on time-domain airborne electromagnetic data in Butte County, California

Jupyter Notebook

mars-mag-2021

Jupyter Notebook

kang-2018-spectral-inducedpolarization

Inversions of time-domain spectral induced polarization data using s1retched exponential

Jupyter Notebook

time-lapse-ert

This is a repo to develop the time-lapse electrical resistance tomography code.

Jupyter Notebook

heagy-2018-emcyl

notebooks used to generate the examples shown in "Finite volume electromagnetic modelling on 2D and 3D cylindrical meshes with applications to steel cased wells"

Jupyter Notebook

heagy-2018-em-casing

Forward simulations of electromagnetics over steel-cased wells

Jupyter Notebook

gwb-dc-dashboard

Dashboard example for inverting 1D DC resistivity data

Jupyter Notebook

heagy-oldenburg-2023-casing-permeability

Jupyter Notebook

heagy-2021-tle-casing

Jupyter Notebook

heagy-2021-casing-em

Mitchell_2022_CLVF_Gravity

Fast-Times-2021-Carbon-Mineralization

Jupyter Notebook

godber-2019-MLTEM

Survey feasibility study for Moving loop TEM

Jupyter Notebook

heagyetal-2017-simpegem

Examples from the SimPEG EM paper

miller2018_Tongariro_SP_inversion

Notebooks to run inversion code for SP models at Mt Tongariro hydrothermal system. Published as "Segmentation of vapour and condensate in a hydrothermal system: Insights from self-potential inversion at Mount Tongariro, New Zealand"

Jupyter Notebook

kang-2018-AEM

Detecting induced polarization effects in time-domain data: a modeling study using stretched exponentials

Jupyter Notebook

empymod-simpeg-inv

Jupyter Notebook