Note: The Repository is stil under work, and we cannot guaranty any functionalty yet.
@TODO: Add gif of a "swiming" turtle.
TODO: Take some text from the paper and write a two-paragraph text about turtleFSI.
The goal of turtleFSI is to provide research groups, and other individuals, with a tools ....
morphMan is developed by
- Andreas Slyngstad
- Sebastian Gjertsen
- Aslak W. Bergersen
- Alban Souche
morphMan is licensed under the GNU GPL, version 3 or (at your option) any later version.
turtleFSI is Copyright (2016-2019) by the authors.
For an introduction to turtleFSI, and tutorials, please refer to the documentation.
If you wish to use turtleFSI for journal publications, please cite the two master thesis's:
Slyngstad, Andreas Strøm. Verification and Validation of a Monolithic Fluid-Structure Interaction Solver in FEniCS. A comparison of mesh lifting operators. MS thesis. 2017.
Gjertsen, Sebastian. Development of a Verified and Validated Computational Framework for Fluid-Structure Interaction: Investigating Lifting Operators and Numerical Stability. MS thesis. 2017.
For reference, morphMan requires the following dependencies: FEniCS > 2018.1.0, Numpy > 1.1X. Please refer to the respective documentations for installing the dependencies on your system.
However, if you are on Linux or MaxOSX you can install turtleFSI through anaconda::
conda create -n your_environment -c conda-forge turtleFSI
You can then activate your environment by runing source activate your_environment.
You are now all set, and can start running fluid-structure interaction simulations.
You can execute turtleFSI by running:: turtleFSI --problem [path_to_problem]
turtleFSI will first look for a file locally, then check if there is one installed in turtleFSI. Please refere to the documentation on how to create a problem file and a more complete description of usage.
The latest version of this software can be obtained from
https://github.com/KVSlab/turtleFSI
Please report bugs and other issues through the issue tracker at: