R_in 5[um] Inner radius of penetrating filament
R_out L_tot*5 Outer radius of battery cell
L_sep 30[um] Separator thickness
L_neg 60[um] Negative electrode thickness
L_pos 40[um] Positive electrode thickness
L_posCC 6[um] Positive current collector thickness
L_negCC 6[um] Negative current collector thickness
L_tot L_negCC+L_neg+L_sep+L_pos+L_posCC Cell total thickness
t 0 Dummy t variable for Initialization step
t_ramp 1e-3[s] Ramp-up time for step function
sigmas_neg 100[S/m] Electric conductivity, negative electrode
sigmas_pos 100[S/m] Electric conductivity, positive electrode
epss_neg 0.62 Electrode phase volume fraction, negative electrode
epss_pos 0.48 Electrode phase volume fraction, positive electrode
epsl_neg 0.31 Electrolyte phase volume fraction, negative electrode
epsl_pos 0.29 Electrolyte phase volume fraction, positive electrode
epsl_sep 0.4 Porosity of separator
rp_neg 2e-6[m] Particle radius, negative electrode
rp_pos 2e-6[m] Particle radius, positive electrode
i0ref_neg 48.07[A/m^2] Reference exchange current density negative electrode
i0ref_pos 74.75[A/m^2] Reference exchange current density positive electrode
T0 293.15[K] Initial and outer temperature
E_cell 4[V] Cell potential
Cp_pos 1000[J/kg/K] Heat capacity, positive electrode
rho_pos 2500[kg/m^3] Density, positive electrode
k_sep 0.15[W/m/K] Thermal conductivity, separator
Cp_sep 1046[J/kg/K] Heat capacity, separator
rho_sep 940[kg/m^3] Density, separator