pore-network

There are 0 repository under pore-network topic.

• MPLBM-UT

  je-santos / MPLBM-UT

  Library for performing multiphase simulations (based on the Shan-Chen model) in complicated geometries (i.e. porous media 3D images)

  lattice-boltzmannporous-media-flowporous-mediamicro-ctpermeabilitytortuosityrockimagesvolumesmultiphase-flowmultiphasereactiveshan-chenmrtfracturespalabosparallelpore-networkrelative-permeabilitycfd
  Language:Python 142

• ImperialCollegeLondon / pnextract

  Pore network extraction from micro-CT images of porous media

  pore-networkextraction
  Language:C++ 53
• dumux

  dumux / dumux

  DuMux: an open-source simulator for flow and transport processes in porous media (repository mirrored from https://git.iws.uni-stuttgart.de/dumux-repositories/dumux.git)

  coupled-modeldarcyfinite-volume-methodsmodelingmulti-physicsnumerical-methodspartial-differential-equationspore-networkporous-mediaporous-media-flowscientific-computingsimulation
  Language:C++ 28

• khazali / Starfish

  Starfish: An open source pore network modeling software

  pore-networkmodeling
  Language:C++ 8

• PorousMedia / star_ccm_flow_simulator

  This STAR CCM+ java code takes in two csv files (pore bodies and pore throats), use them to generate pore microstructures, and simulate fluid flow through it. The output of this script is a csv file of flow properties through a set number of iterations.

  flowfluidfluid-dynamicsfluid-simulationfluidsporepore-networkpore-scalepore-size-distributionporespystar-ccm
  Language:Java 2

• PorousMedia / stochastic_pore_microstructural_generator

  This code creates CSV files for pore bodies and pore throats of stochastically generated 3D pore microsturtures. The files are intended to make 3D images/ surface files and run simulations in STAR-CCM+.

  porepore-networkpore-scalepore-size-distributionporespyflowfluidfluid-simulationfluids
  Language:MATLAB 2

• PorousMedia / micp_to_eptr

  The notebook shows the principle behind the minimum incremental pore volume (MIPV) and estimating the effective pore-throat radius (EPTR) as outlined in steps in the paper above.

  fluid-flowpermeabilitypetrophysicspore-networkrockspore-throatpore-throat-sizepore-throat-size-distributionpore-size-distributionporespy
  Language:Jupyter Notebook 1

• PorousMedia / xray_to_pore_size_distribution

  The notebook demonstrates the workflow for obtaining pore size distribution from binarized micro-CT images. The general principle involves identifying each pore, estimating the volume of each pore, and ultimately determining the radius of a sphere with an equivalent volume of each pore.

  micro-ctmodelingpetrophysicspore-networkpore-size-distributionsizexray-imagespore-microstructuresflowfluid-simulationfluidspermeabilitypore-scaleporespy
  Language:Jupyter Notebook 1

• sidianchen / sidianchen.github.io

  Sidian's webpage

  computational-physicsevaporationnumerical-methodspfaspore-networkpore-scaleporous-media-flowreactive-transportsoilthermodynamicsunconventional-energy-resources
  Language:JavaScript 0