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OpenPNM 3.5.0.dev2 documentation - Home
  • Installation
  • Module Reference
  • Examples
  • Issue Tracker
  • Get Help
  • GitHub
  • Installation
  • Module Reference
  • Examples
  • Issue Tracker
  • Get Help
  • GitHub

Section Navigation

  • Getting Started
  • 10 Steps to Learn OpenPNM
    • Numerical Python Primer
    • Generating Networks and Quick Visualization
    • Storage of Network Data and Topology
    • Network Representation, Queries, and Manipulation
    • Assigning Geometric Properties
    • Using Labels and Defining Domains
    • Creating Phases
    • Simulating Single Phase Transport
    • Simulating Invasion
    • Visualization options
  • Applications
    • Predicting absolute permeability
    • Adjusting Pore Size Distributions
    • Predicting dispersion coefficient
    • Finding Effective Diffusivity and Tortuosity of a Network
    • Predicting Formation Factor
    • Calibrating a Network Using Mercury Intrusion Data
    • Import an Extracted Network and Predict Transport Properties
    • Predicting Porosity
    • Obtaining Relative Diffusivity Curves
    • Predicting relative permeability
  • Reference
    • Pore-Scale Models
    • Settings Attribute Machinery
    • The Workspace and Projects
    • Managing Clustered Networks
    • Available Matrix Solvers
    • Steady State Transport
    • Explanation of Units
    • Reactive Transport
    • Size Factors and Transport Conductance
    • Transient Transport
  • Examples
  • Reference

Reference#

  • Pore-Scale Models
  • Settings Attribute Machinery
  • The Workspace and Projects
  • Managing Clustered Networks
    • Creating a Clustered Network
    • Illustrating the Problem
    • Fixing Clustered Networks
  • Available Matrix Solvers
  • Steady State Transport
    • Creating the Coefficient Matrix
    • Applying Value and Rate Boundary Conditions
    • Solving the System of Equations
    • Sparse Matrices
  • Explanation of Units
    • Use of absolute pressure vs gauge pressure
    • Unit conversion packages and challenges
  • Reactive Transport
    • Using the source term functionality in OpenPNM
    • How the source-term functionality works
  • Size Factors and Transport Conductance
    • Conductance in pore network models
    • Conductance of a single conduit
    • Size factors vs. shape factors
    • Built-in size factor models in OpenPNM
    • Deriving the size factor for arbitrary-shaped pores and throats
    • Conduit vs. element size factor
  • Transient Transport

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