Jupyter notebook and SimVascular case files for "Flow rate--pressure drop relations for slender compliant tubes"
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https://purr.purdue.edu/publications/4055/1
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资源简介：
<p>The Jupyter Notebook &#39;thick_tube_fsi.ipynb&#39; in this dataset generates all the plots in the manuscript&nbsp;&quot;Flow rate--pressure drop relations for new configurations of slender compliant tubes arising in microfluidics experiments&quot; by Wang, Pande and Christov (2022).</p>
<p>A python distribution is required to run the notebook. The notebook has several sections, each of which produces a&nbsp;corresponding plot from the manuscript. Some plots are based on analytical formulas derived in the manuscript, while others require the numerical solution of&nbsp;differential or&nbsp;algebraic/transcendental&nbsp;equations. Standard methods from numpy, scipy and matplotlib are used for numerical calculations,&nbsp;including solving of nonlinear boundary value problems, and plotting.</p>
<p>The&nbsp;two files &#39;a.txt&#39; and &#39;b.txt&#39; in this dataset contain the simulated displacement field at a prescribed streamwise location in both configurations considered, as described in the manuscript. These two files were exported from Paraview.</p>
<p>The zip file &#39;Thick_tube_simulations.zip&#39; in this data set contains&nbsp;folders with the setup&nbsp;and&nbsp;3D&nbsp;simulation data used/produced by svFSI. A&nbsp;<a href="http://simvascular.github.io/index.html">SimVascular</a>&nbsp;installation with working svFSI is required to run the simulations.&nbsp; The subfolder&nbsp;&#39;Configuration1a&#39; corresponds to configuration I in the manuscript, with the soft wall thickness of 25 micrometers. The mesh files, &#39;svFSI.inp&#39; and a sample result &#39;300.vtu&#39; file at the flow rate of 300 microliter/min are provided. The subfolder&nbsp;&#39;Configuration1b&#39; corresponds to configuration I in the manuscript, with the soft wall thickness of 200 micrometers. The mesh files, &#39;svFSI.inp&#39; and a sample result &#39;400.vtu&#39; file at the flow rate of 400 microliter/min are provided. The subfolder &#39;Configuration2&#39; corresponds to configuration II in the manuscript. The mesh files, &#39;svFSI.inp&#39; and a sample result &#39;400.vtu&#39; file at the flow rate of 400 microliter/min are provided.</p>
<p>Inferences based on these results/plots and discussion of their meaning/implications can be found in the published manuscript.&nbsp;</p>
提供机构：
Purdue University Research Repository
创建时间：
2022-05-23
