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Welcome on OOFEM official page
OOFEM is free finite element code with object oriented architecture for solving mechanical, transport and fluid mechanics problems that operates on various platforms.
The aim of this project is to develop efficient and robust tool for FEM computations as well as to provide modular and extensible environment for future development. OOFEM is released under GNU Lesser General Public License (LGPL).
The current version of OOFEM is 2.5 released Dec, 30, 2017
The following is a list of recent additions to this web. Whenever a new paper or specification is written or important event happens, a notice will be put here. The most recent changes are listed first.
OOFEM training course
OOFEM.org is announcing the availability of a training course for Ph.D. students, engineers, and researchers to allow them to quickly acquire the knowledge and practical skills necessary to employ OOFEM.
- Course date: 10-12. September, 2018
- Venue: Czech Technical University in Prague, Czech Republic
- See Courses page for more information and registration
30/12/2017 - Official Release of OOFEM, version 2.5
The development team is pleased to announce the official release of OOFEM 2.5. New features include:
- Added linear and quadratic wedge elements for transport
- unv2oofem python3 support, added support for sets
- boundarysurfaceload support for cct element
- Implementation of quasi-continuum
- PARDISO_ORG sparse solver support
- Added SuperLU_MT interface, new -p option to set number of threads
- Added new material models for concrete: ConcreteFCM, FRCFCM and FRCFCMNL
- Unified boundary load evaluation
- Added subsoil elements
- And many improvements and bug-fixes, for more information see the ChangeLog
15/02/2016 - Official Release of OOFEM, version 2.4
The development team is pleased to announce the official release of OOFEM 2.4. New features include:
- Added new StaticStructural, TransientTransport, and Warping analyses, as well as new Particle FEM CFD submodule.
- MKL Pardiso solver support with optimized CSC implementation, support for block matrices in PETSc
- New structural elements: MITC4 and trshell02 shells, 3D plane stress Almann element
- Added support for global condensation (fixes many issues on beam elements)
- And many improvements and bug-fixes, for more information see the ChangeLog
For the full list of previous News, see Old OOFEM News.
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en/oofem.txt · Last modified: 2018/04/07 14:57 by bp
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