The Zip archive contains two directories, "2D Channel" and "3D Axisymmetric Tube". Each subfolder within these directories contains a "readme.txt" file to further explain what is contained therein.

Specifically, in "2D Channel", the MATLAB scripts generate the reduced-model solutions and make the plots from Sec. II of the manuscript "Oscillatory flows in compliant conduits at arbitrary Womersley number" by Pande, Wang & Christov (2023). In "3D Axisymmetric Tube", the subfolder "Theory" contains the post-processed SimVascular data and the MATLAB scripts to generate the reduced-model solutions and to make the plots from Sec. III of the manuscript.

Further, in "3D Axisymmetric Tube", the subfolder "3D Simulation (svFSI)" contains folders and files to run 3D simulation via SimVascular's svFSI.  The output data is not provided. A SimVascular installation with working svFSI is required to run the simulations and generate the raw data. The post-processed data is in the subfolder "Theory".

Some plots are based on analytical formulas derived in the manuscript, while others require the numerical solution of differential or algebraic/transcendental equations as described in the manuscript. Inferences based on these results/plots and a discussion of their meaning/implications can be found in the manuscript.

Researchers should cite this work as follows:

• Pande, S. D.; Wang, X.; Christov, I. C. (2023). MATLAB scripts and SimVascular case files for "Oscillatory flows in compliant conduits at arbitrary Womersley number". Purdue University Research Repository. doi:10.4231/SW73-D037

  BibTex | EndNote

1. CFD
2. elastic deformation
3. Fluid Mechanics
4. fluid-structure interactions
5. lubrication theory
6. Mechanical Engineering
7. Mechanical Engineering (Dept)
8. oscillatory flow
9. viscous fluid flow
10. Womersley number