Pinned Repositories
ActiveAcoustiX
ActiveAcoustiX provides tools for processing and analyzing active acoustic data from hydraulic fracturing experiments. It includes functionalities for signal processing to detect the fracture fronts and its behavior.
Civil-423-students-2024
Git repo for the Computational Geomechanics course @ EPFL
FracLowRate
FracLowRate offers tools for processing low-rate data from hydraulic fracturing experiments, including fracture opening, fluid pressure, and injection rates. It supports data conversion, synchronization, and visualization, facilitating detailed analysis of experimental results.
FracMonitoring
Monitoring fracture propagation with active and passive acoustics
FractureSurf
MATLAB Code for detecting fracture paths and reconstructing fracture surfaces from CT-scan images of rock samples.
minimalFE
minimal Finite Element Codes in python
Pionira-Vero
Reference solutions for Fluid-Driven Fractures propagation
Porous-Media-Flow-Solutions
Analytical & semi-analytical solutions for simple diffusion problems (Darcy flow in porous media)
PyFrac
a Python planar 3D hydraulic fracture growth solver
PyFrac_Mathematica_postprocessing
Wolfram Mathematica provides very nice functionalities. This repository aims to collect some fucntions to post process the results obtained with the software PyFrac
EPFL - GeoEnergy Lab's Repositories
GeoEnergyLab-EPFL/PyFrac
a Python planar 3D hydraulic fracture growth solver
GeoEnergyLab-EPFL/FracMonitoring
Monitoring fracture propagation with active and passive acoustics
GeoEnergyLab-EPFL/FractureSurf
MATLAB Code for detecting fracture paths and reconstructing fracture surfaces from CT-scan images of rock samples.
GeoEnergyLab-EPFL/minimalFE
minimal Finite Element Codes in python
GeoEnergyLab-EPFL/Pionira-Vero
Reference solutions for Fluid-Driven Fractures propagation
GeoEnergyLab-EPFL/PyFrac_Mathematica_postprocessing
Wolfram Mathematica provides very nice functionalities. This repository aims to collect some fucntions to post process the results obtained with the software PyFrac
GeoEnergyLab-EPFL/ActiveAcoustiX
ActiveAcoustiX provides tools for processing and analyzing active acoustic data from hydraulic fracturing experiments. It includes functionalities for signal processing to detect the fracture fronts and its behavior.
GeoEnergyLab-EPFL/Bigwham-Tutorials
Tutorials for BigWham
GeoEnergyLab-EPFL/Civil-423-students-2024
Git repo for the Computational Geomechanics course @ EPFL
GeoEnergyLab-EPFL/FracLowRate
FracLowRate offers tools for processing low-rate data from hydraulic fracturing experiments, including fracture opening, fluid pressure, and injection rates. It supports data conversion, synchronization, and visualization, facilitating detailed analysis of experimental results.
GeoEnergyLab-EPFL/LTemplate
Extend Mathematica with LibraryLink and C++ with ease
GeoEnergyLab-EPFL/Porous-Media-Flow-Solutions
Analytical & semi-analytical solutions for simple diffusion problems (Darcy flow in porous media)
GeoEnergyLab-EPFL/PyFracX-Examples
Verification examples for the simulation of fluid-driven frictional ruptures with PyFracX