GetFEM Tutorial¶

  • Introduction
    • C++, Python, Scilab or Matlab ?
    • Where are demo files ?
  • How to install
  • Basic Usage of GetFEM
  • Example of Thermo-elastic and electrical coupling (simple nonlinear coupled problem, model object, generic assembly, solve and visualization)
    • The problem setting
    • The weak formulation
    • Implementation in C++ and with the interface
  • Example of wheel in contact (Assembly between two meshes, transformations, use of fixed size variables)
    • The problem setting
    • Building the program

Logo

GetFEM

Navigation

  • User Documentation
  • GetFEM Tutorial
    • Introduction
    • How to install
    • Basic Usage of GetFEM
    • Example of Thermo-elastic and electrical coupling (simple nonlinear coupled problem, model object, generic assembly, solve and visualization)
    • Example of wheel in contact (Assembly between two meshes, transformations, use of fixed size variables)
  • Description of the Project
  • Gmm++ Library
  • Octave and MatLab Interfaces
  • Python Interface
  • SciLab Interface
  • How to install from sources on Linux
  • How to use docker images of python interface
  • How to install from sources on MacOS X
  • How to install GetFEM from sources on Windows
  • What’s New in GetFEM
  • Documenting
  • Glossary
  • About these documents
  • Reporting Bugs in GetFEM
  • Legal information
  • History and License
  • Some related links
  • GetFEM Mailing Lists
  • GetFEM in action …
  • Matlab source code for the tripod
  • Matlab source code for the Stokes equation example
  • Matlab source code for the Helmholtz equation example

Related Topics

  • Documentation overview
    • Previous: References
    • Next: Introduction

Quick search

© Copyright 2004-2020 GetFEM project.