What’s New in GetFEM 1.3¶
Released, 2002/09/24:
- Introduction of hierarchical and composite FEMs and integration methods.
GetFEM
Navigation
- User Documentation
- GetFEM Tutorial
- 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
- What’s New in GetFEM 5.4.1
- What’s New in GetFEM 5.4
- What’s New in GetFEM 5.3
- What’s New in GetFEM 5.2
- What’s New in GetFEM 5.1
- What’s New in GetFEM 5.0
- What’s New in GetFEM 4.3
- What’s New in GetFEM 4.2
- What’s New in GetFEM 4.1.1
- What’s New in GetFEM 4.1
- What’s New in GetFEM 4.0
- What’s New in GetFEM 3.1
- What’s New in GetFEM 3.0.1
- What’s New in GetFEM 3.0
- What’s New in GetFEM 2.0.2
- What’s New in GetFEM 2.0.1
- What’s New in GetFEM 2.0
- What’s New in GetFEM 1.7
- What’s New in GetFEM 1.6
- What’s New in GetFEM 1.5
- What’s New in GetFEM 1.4
- What’s New in GetFEM 1.3
- What’s New in GetFEM 1.2
- What’s New in GetFEM 1.1
- What’s New in GetFEM 1.0
- 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
