Collection of geophysical notes in the form of IPython/Jupyter notebooks.
-
Updated
May 10, 2024 - Jupyter Notebook
Collection of geophysical notes in the form of IPython/Jupyter notebooks.
Integration of reservoir simulation, rock physics, seismic modeling, & geomechanics for CCS monitoring. Originally my BSc thesis and will be presented in EAGE 2020 Amsterdam.
Simulate the formation of three-dimensional packings of spherical and non-spherical (regular and irregular) particles with prescribed size distributions.
Statistical Rock Physics via Avseth et al, 2005
Stanford Rock Physics & Borehole Geophysics (SRB) Digital Rock Physics (DRP) Toolbox. The codes include image creation, alteration, and computation of physical and geometrical properties.
Python codes for modelling elastic and seismic properties in rocks
A Julia package for differentiable rock physics modeling and inference
Estimation of Shear wave velocity in oil sands from other well logs
Code and data to reproduce the figures included in the manuscript
Scientific computing and performance engineering of the Generalized Singular Approximation for effective elastic tensor calculations in anisotropic rock physics.
Julia codes for MT forward models
Full-stack MLModel petrophysical sample analysis, rock physics modeling, analytics, exports, PostgreSQL persistence, and optional MLflow tracking.
To associate your repository with the rock-physics topic, visit your repo's landing page and select "manage topics."