disp "0.004[m]" Displacement
Eeq0a "-0.859[V]" "Equilibrium potential for iron dissolution vs SCE in absence of stress"
Eeq0c -0.644[V] "Equilibrium potential for hydrogen evolution vs SCE in absence of stress"
i0a 2.353e-3[A/m^2] "Exchange current density for iron dissolution"
ba 118[mV] "Tafel slope for iron dissolution"
i0c 1.457e-2[A/m^2] "Exchange current density for hydrogen evolution"
bc -207[mV] "Tafel slope for hydrogen evolution"
deltaPm 806e6[Pa]/3 "Excess pressure to elastic deformation"
Vm "7.13e-6[m^3/mol]" "Molar volume of steel"
zm 2 "Charge number"
T 298.15[K] Temperature
nu 0.45 "Orientation dependent factor"
alpha 1.67e11[1/cm^2] Coefficient
N0 1e8[1/cm^2] "Initial dislocation density"
deltaEeqae -(deltaPm*Vm/(zm*F_const)) "Change in equilibrium potential due elastic deformation"
sigmal "0.096[S/m]" "Electrolyte conductivity"
sigmas "1e6[S/m]" "Electric conductivity"
rho_Fe 7.87[g/cm^3] "Density of iron"
M_Fe 55.845[g/mol] "Molar mass of iron"