Porous Media Group, University of Bergen

Porous Media Group, University of Bergen's repositories

porepy

Python Simulation Tool for Fractured and Deformable Porous Media

Language:PythonGPL-3.0232 21 327

DarSIA

Darcy scale image analysis toolbox

Language:PythonApache-2.06018

fvbiot

Language:MATLABGPL-3.03 20

A-fully-coupled-numerical-model-of-thermo-hydro-mechanical-processes-and-fracture-contact-mechanics-

Language:PythonMIT2 20

Fault-Slip-in-Hydraulic-Stimulation-of-Geothermal-Reservoirs

Language:PythonMIT2 30

Finite-volume-discretisation-of-fracture-deformation-in-thermo-poroelastic-media

Language:Python2 20

Finite_volume_discretization_for_poroelastic_media_with_fractures_modeled_by_contact_mechanics

Language:PythonGPL-3.02 20

fracture-generation

Language:PythonGPL-3.02 30

fluidflower_benchmark_analysis

Image analysis of FluidFlower images for the International Benchmark Study

Language:Python100

porepy-tests

System-level testing of PorePy

Language:ShellGPL-3.01 3 5

porepy_lab

Language:PythonMIT100

-Finite-volume-discretisation-of-fracture-deformation-in-thermo-poroelastic-media

Language:Python020

arXiv_1610_02905

Language:Python030

arXiv_1711_01818

Language:Python030

arXiv_1712_00460

Language:Jupyter Notebook040

arXiv_1809_06926

Language:GLSL000

arXiv_1712_07392

Language:Python000

arXiv_1712_08479

Language:Python040

arXiv_1802_05961

Language:GLSL000

arXiv_1803_01732

Language:GLSL030

arXiv_1810_12761

Language:Python040

broomstyx

Language:C++GPL-3.0030

Consistent_MPFA_discretization_for_flow_in_the_presence_of_gravity

Language:Python020

darsia-howto

Code examples accompanying practical DarSIA training sessions.

Language:PythonGPL-3.0000

fluidflower_benchmark_image_analysis

DarSIA image analysis if FluidFlower International Benchmark dataset

Language:PythonGPL-3.003 1

fv-unsat

Language:MATLABGPL-3.003 1

Numerical-modelling-of-convection-driven-cooling-deformation-and-fracturing-of-thermo-poroelastic-m

Language:PythonMIT000