Developers
Eirik.Keilegavlen: Eirik.Keilegavlen@uib.no
Alessio.Fumagalli: Alessio.Fumagalli@uib.no
Runar Berge: Runar.Berge@uib.no
Ivar Stefansson: Ivar.Stefansson@uib.no
Alessio.Fumagalli: Alessio.Fumagalli@uib.no
Runar Berge: Runar.Berge@uib.no
Ivar Stefansson: Ivar.Stefansson@uib.no
Short Description
PorePy targets simulations in deformable and fractured porous media. The software is written in Python, and emphasizes easy prototyping of numerical methods and approaches to multi-physics couplings. The main focus is processes in fractured media, which are represented as a mixed-dimensional discrete fracture matrix model. The code offers conformal meshing of fractures in 2D and 3D, as well as several flow and transport discretizations for mixed-dimensional problems. Other processes covered are elastic deformation of rocks, and hydraulic shearing of existing fractures.
The software is developed at the Department of Mathematics, University of Bergen.
The software is developed at the Department of Mathematics, University of Bergen.
Logo
Website
https://github.com/pmgbergen/porepy
Code Repository
github.com/pmgbergen/porepy
License
Open Source (OSI/FSF compatible)
Categorization
Simulator: flow, transport, reaction
Simulator: deformation
Targeted Application Areas
Reservoir engineering
Considered Porous-Media Scales
Field
Programming languages
Python