FEMoctave

• Find the documentation for FEMoctave at documentation and the current version at FEMoctave-v.2.1.5.tar.gz. In the directory FEMoctave-v2.1.5 all the code is visible.
• The best way to install FEMoctave is call pkg -forge install femoctave in Octave.
• Another option is to use https://gnu-octave.github.io/packages/femoctave/. There the Octave command for installation is visible, e.g. pkg install "https://github.com/AndreasStahel/FEMoctave/archive/v.2.1.5.tar.gz"
• There is a very old version of Octave code to solve 2D FEM problems: FEMoctave
  The documentation is given, also in the PDF format.

FEM Information and Software

• Document presented on March 7, 2002 in Rapperswil. Also avaliable in PDF format
• Schedule of the class in 2003
• Lecture notes to solve beam problems
• Lecture notes Calculus of Variations and Finite Elements
• Mathematica code to solve 1-D problems
• Mathematica code to solve 2-D problems
• EasyMesh , a mesh generator. The files below are installed localy.
  • Documentation of EasyMesh
  • The C source for the mesh generator easymesh_1_4.c
  • The C source for the mesh viewer showmesh_1_0.c , needs a X Window system
  • A few examples for the mesh generator
  • A Dos/Win executable of the mesh generator
• triangle , is a high quality two dimensional mesh generator
  • local files for source of triangle , a mesh generator. Read the documentation for triangle and showme
  • An C++ implementation of Cuthill-McKee algorithm. To be used with the triangle mesh generator

Documents for the Bachelor class on FEM

Topics:

• FEM for simple beam systems
• Solving large systems of linear equations with direct and iterative methods

Go back to Home Page of Andreas Stahel

April 1, 1999 by Andreas.Stahel@bfh.ch