mathrack / convergence_rate

The present project contains the data and source for the publication of C. Flageul and I. Tiselj called 'Convergence rate of individual and global quantities in Direct Numerical Simulations' and submitted as a letter to the journal Physics of Fluids.

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The present data and the associated source code are freely available under the GNU GPL v3 licence. They correspond to the paper entitled Convergence rate of individual and global quantities in Direct Numerical Simulations we have submitted to the journal Physics of Fluids.

The python scripts used to generate the Figures can be used to estimate the convergence rate with similar to

polyfit(log(abs(array(t[10000:]))),log(abs(array(err_EX0[10000:]))),1)

Acknowledgements

The author and coworker thank the Slovenian Research Agency for funding the study (research projects P2-0026). We also thank Framasoft and the Institut Jozef Stefan for providing the gitlab services that host the present project at https://repo.ijs.si/CFLAG/convergence_rate and https://framagit.org/CFLAG/convergence_rate.

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The present project contains the data and source for the publication of C. Flageul and I. Tiselj called 'Convergence rate of individual and global quantities in Direct Numerical Simulations' and submitted as a letter to the journal Physics of Fluids.

License:GNU General Public License v3.0


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