CBL
Based on the original voom code from Dr. William Klug at UCLA, we have developed an in-house C++ finite element code named voom2 (and voom3) to test the material models and numerical schemes we study in our research. Voom2 has been used, for example, to test and develop our “Method for the unique identification of hyperelastic material properties using full‐field measures.” If you are interested in using this code, please feel free to download it from our public github repository at:
https://github.com/luigiemp/voom2
If you decide to use this code in your research, please cite the paper above.
Computational Soft Matter working group repository
Developed together with Dr. Sanjay Dharmavaram at Bucknell University, the Computational Soft Matter GitHub organization contains the following public repositories:
- Unfolding: to create unfolding patterns based on topological defects. The corresponding journal article is available here
- Tessellation: to create the tessellation of particles assemblies on arbitrary surfaces. The corresponding journal article is available here
- voom2: Based on the original voom code from Dr. William Klug at UCLA, we have developed an in-house C++ finite element code named voom2, with particular focus on solving problems involving thin shells. voom2 is also the starting point to develop our next shared code “SMoL”, which will be made publicly available as soon as completed.