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conjugate-gradient

Painless conjugate gradient notebooks

dem-fem-coupling

Open source codes for coupling of Finite Element Method and Discrete Element Method using YADE, and OOFEM softwares.

em-tdr-testing

estimation-of-acoustic-impedance-from-seismic-data-using-temporal-convolutional-network

The repository has the PyTorch codes to reproduce the results for our recently accepted paper, "Estimation of Acoustic Impedance from Seismic Data using Temporal Convolutional Network", in SEG Technical Program Expanded Abstracts, 2019.

fd_acoustic

Collection of Matlab, Python and Jupyter Notebook scripts for Finite-Difference seismic wave simulation in 1-D and 2-D

fdm-book

Resources for "The Craft of Finite Difference Computing with Partial Differential Equations" by H. P. Langtangen

fdtd

A 3D electromagnetic FDTD simulator written in Python

greek-symbols

Greek symbols plugin for IntelliJ IDEA

haiti_tectonics

paper

heagy-2018-dc-casing

A repository of notebooks looking a DC resistivity surveys in the presence of steel cased wells

hplgit.github.com

HPL's public site at github.com

hydraulic-fracturing

FEM package in Matlab for hydraulic fracturing in transversely isotropic porous media

make-stl-of-3d-array-optimal-for-3d-printing-

matlab

Some useful matlab scripts.

meep

free finite-difference time-domain (FDTD) software for electromagnetic simulations

num-methods-for-pdes

Lecture material on numerical methods for partial differential equations.

petsc_fdtd_3d_acoustic_wave_propagation

3D acoustic wave propagation in homogeneous isotropic media using PETSc and Krylov space method

phd-thesis

My Ph.D. thesis

pythondatasciencehandbook

Python Data Science Handbook: full text in Jupyter Notebooks

src

Main Madagascar source

training-lawrencium-101-feb2021

Introduction of Lawrencium

trunk

Yade project, free software for particle based simulations - The github repository is obsolete, please go to https://gitlab.com/yade-dev

tutorials

Tutorials from The Leading Edge column

weiss-2013

Project APhiD: A Lorenz-gauged A-Phi Decomposition for parallelized computation of ultra-broadband electromagnetic induction in a fully heterogeneous, Weiss CJ, Earth