Latest binary release of OpenFOAM for Linux 32bit

Latest binary release of OpenFOAM for Linux 32bit


Version 1.6, released 27/08/09

Download files

We recommend that OpenFOAM is installed in a user account to make administration easier. The standard installation directory is the $HOME/OpenFOAM directory of that user account. Create this directory if necessary. Download the following files into $HOME/OpenFOAM; those marked optional are not necessary for the installation to work and generally not required.
OpenFOAM software File md5sum
Source pack - ESSENTIAL OpenFOAM-1.6.General.gtgz  c7eb3f71481260996d4930d236d918ef
Binary pack, double precision OpenFOAM-1.6.linuxGccDPOpt.gtgz  36e0a900374993e8d63eebb12d69d15f
Binary pack, single precision (optional) OpenFOAM-1.6.linuxGccSPOpt.gtgz  b40e48d1a1cceabff270712cfa269197
Third-party software File md5sum
Source pack - ESSENTIAL ThirdParty-1.6.General.gtgz  d444454db2b73a34b6a8c8865e2c48f9
Binary pack ThirdParty-1.6.linuxGcc.gtgz  bb99ad8051dee17857e72a1536db9659

Unpack files

Decompress each file with GNU gtar and gzip using the command ”tar xzf <filename>”, beginning with the source files (OpenFOAM-1.6.General.gtgz and ThirdParty.General.gtgz - these source files must be present for OpenFOAM to be operational). The OpenFOAM source and (any) binary files unpack into a $HOME/OpenFOAM/OpenFOAM-1.6 directory. The third-party software unpacks into a $HOME/OpenFOAM/ThirdParty directory.

Installation

After unpacking, the user should consult the README file for installation instructions (available in the release at $HOME/OpenFOAM/OpenFOAM-1.6/README).

Qt and ParaView

In the first instance, a suitable Qt library must be installed on the system to be able to use the ParaView visualisation software. Please consult the relevant section of the README file for more information.

In many cases, the binary release of the ParaView and the PV3FoamReader module will not work due to version incompatibility problems in Qt. If this happens, it will be necessary to compile both applications as described in the relevant section of the README file.

Third party software

The software included in the ThirdParty pack includes:
gcc-4.3.3 GNU C/C++ compiler
gmp-4.2.4 Multiprecision arithmetic library
MPFR-2.4.1 Multiprecision arithmetic library
malloc C++ standard library for dynamic memory allocation
metis-5.0-pre2 Decomposition algorithm library
openmpi-1.3.3 MPI implementation for parallel communications
ParaView3.6.1 Data visualisation software
Parmetis-3.1 Decomposition package algorithm library
Parmgridgen-1.0 Geometric multigrid method library
Scotch-5.1 Decomposition package algorithm library