Difference between revisions of "Elmer"
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* You have to be online. | * You have to be online. | ||
* Open a terminal. | * Open a terminal. | ||
| − | * Issue the command <code>getElmerModels.sh -test</code> at the prompt. | + | * Issue the command <code>getElmerModels.sh -test</code> at the prompt. The model examples detailed in the next section are then downloaded in the directory <code>ELMERMODELS</code>. |
| − | The model examples detailed in the next section are downloaded in | + | * The option <code>-test</code> asks for an automatic check on the downloaded models, which are solved immediately after being downloaded. The result the check is given in the file <code>ELMERMODELS/report.txt</code>. |
| − | * The option <code>-test</code> | ||
| − | the | ||
== ONELAB models == | == ONELAB models == | ||
Revision as of 15:47, 21 January 2015
Introduction
Elmer is an open source (GPL) computational tool for multi-physics problems. It is developed by CSC in collaboration with Finnish universities, research laboratories and industry. To test ONELAB models working with Elmer, you shall need a working installation of the code. The easiest way to do so, is to install the generic ONELAB virtual machine on your system by following these instructions. The OLVM Virtual machine is distributed with Gmsh and Elmer preinstalled.
When done, log in into the virtual machine (username: olvm, passwd: olvm) and proceed by downloading benchmark ONELAB models.
- You have to be online.
- Open a terminal.
- Issue the command
getElmerModels.sh -testat the prompt. The model examples detailed in the next section are then downloaded in the directoryELMERMODELS. - The option
-testasks for an automatic check on the downloaded models, which are solved immediately after being downloaded. The result the check is given in the fileELMERMODELS/report.txt.
ONELAB models
Cryotherapy : Thermal analysis of the cryogenic treatment of warts
Beam3D : Didactical model of a 3D cantilever elastic beam
Laser : Thermal analysis of laser skin stimulation
Drug patch : Analysis of drug diffusion from a patch into the skin
