This is the MATLAB toolkit developed for the M.S.E.E. thesis entitled "Physics-Based Modeling and Parameter Estimation Strategies for Rechargeable Lithium-Metal Battery Cells" by W. Hileman. This code base is organized by thesis chapter (CHxx/ folders) in addition to the following:
GEN2_TFS/: Functions that compute the frequency-response response of internal cell variables by evaluating transfer functions (TFs) derived from the Newman model.GEN2_UTILITY/: The core utility functions that make up the toolkit.GEN2_XLSX_CELLDEFS/: Excel spreadsheets containing parameter values for simulation cells.GEN2_XLSX_XRACTL/: Excel spreadsheets configuring the Hybrid Realization Algorithm (HRA) for model-order reduction.DEMO/: MATLAB scripts demonstrating usage of the toolkit.
Note: The MATLAB LiveLink is required to run the COMSOL simulations.
More information can be found in the open-access thesis at https://www.proquest.com/dissertations-theses/physics-based-modeling-parameter-estimation/docview/3050214167/se-2.