Published October 4, 2026
| Version v0.4.0
Software
Open
lfp-model: a LiFePO4 porous-electrode half-cell model solved with Newman's BAND method
Authors/Creators
Description
A one-dimensional model of a LiFePO4 half cell (lithium foil, separator, porous cathode) with dilute-solution electrolyte transport, electronic conduction and Butler-Volmer insertion kinetics, solved by finite volumes, backward Euler and Newton's method with the BAND block-tridiagonal solver. It runs constant-current, constant-voltage and rest protocols. Fortran, C++ and Python implementations read the same input file.
Notes
If you use this model in published work, please cite it, bandsolver, and Newman's description of the BAND method (Electrochemical Systems, Appendix C).
Files
jcbernard87/lfp-model-v0.4.0.zip
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(139.8 kB)
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Additional details
Related works
- Is supplement to
- Software: https://github.com/jcbernard87/lfp-model/tree/v0.4.0 (URL)
Software
- Repository URL
- https://github.com/jcbernard87/lfp-model