The model is firstly solved at the “open circuit mode” to find the OCP. In “scan mode”, the scan starts from the OCP, and increases/ decreases at a small increment (e.g. 0.5 mV) to alter the homogenized area-averaged rebar electrode potential, until it reaches to a given scan range bounds (e.g. OCP-300 mV or OCP+ 300 mV). The simulated potentiodynamic scan procedure was coded up in Python; the group of equations in both “open circuit model” and “scan mode” were numerically solved with iterative optimization algorithm from Scipy in Python ecosystem. To optimize the convergence during solving, solutions from the previous scan step were used as initial guesses for the next scan step.
-
Notifications
You must be signed in to change notification settings - Fork 0
A Python-based simulation of potentiodynamic scans for rebar electrodes. It calculates open circuit potential (OCP) and iteratively adjusts electrode potential during the scan mode using Scipy's optimization algorithms. Designed for efficient numerical solving with previous step solutions as initial guesses.
License
ganglix/Homogenized-model-simplified-circuit
Folders and files
Name | Name | Last commit message | Last commit date | |
---|---|---|---|---|
Repository files navigation
About
A Python-based simulation of potentiodynamic scans for rebar electrodes. It calculates open circuit potential (OCP) and iteratively adjusts electrode potential during the scan mode using Scipy's optimization algorithms. Designed for efficient numerical solving with previous step solutions as initial guesses.
Resources
License
Stars
Watchers
Forks
Packages 0
No packages published