P2D Solver

by Rachel Han, Brian Wetton and Colin Macdonald

This repository contains the solver for pseudo-2D model of Li-ion battery based on Finite Difference Method with automatic differentiation via JAX.

The model is taken from the P2D model outlined in the paper by Torchio et al. Run run_main.py to get solution.

Name		Name	Last commit message	Last commit date
Latest commit History 13 Commits
.gitignore		.gitignore
CurrentCollectorEquation.py		CurrentCollectorEquation.py
ElectrodeEquation.py		ElectrodeEquation.py
README.md		README.md
SeparatorEquation.py		SeparatorEquation.py
batterySection.py		batterySection.py
build_matrix.py		build_matrix.py
coeffs.py		coeffs.py
jacres_T.py		jacres_T.py
jacres_c.py		jacres_c.py
jacres_eta.py		jacres_eta.py
jacres_j.py		jacres_j.py
jacres_phie.py		jacres_phie.py
jacres_phis.py		jacres_phis.py
jacres_tot.py		jacres_tot.py
jacres_u.py		jacres_u.py
lax_newton.py		lax_newton.py
p2d_main_fn.py		p2d_main_fn.py
p2d_newton.py		p2d_newton.py
p2d_param.py		p2d_param.py
residual.py		residual.py
run_compare.py		run_compare.py
run_ex.py		run_ex.py
run_main.py		run_main.py
settings.py		settings.py
unpack.py		unpack.py

hanrach/p2d_solver