Physics-based battery models are important tools in battery research, development, and
control. To obtain useful information from the models, accurate parametrization is essential …

Lithium‐ion batteries (LIBs) are in great demand for their impressive successes in serving
people's daily life. Concomitantly, recycling the retired LIBs has also aroused the …

Differentiation of a Li-ion battery cycling profile (galvanostatic voltage vs charge) yields a
pair of complementary measures: differential capacity (d Q/d V vs voltage, also called …

The open circuit voltage (OCV) curve of a lithium-ion cell can be described as the difference
between the half-cell open circuit potential curves of both electrodes. Fitting a reconstructed …

Lithium-ion batteries exhibit path-dependent aging behavior. dm!(dm!) estimation is a first
step towards accurate soh!(soh!) representations by clustering degradation mechanisms …

The modeling of a battery by an equivalent circuit model requires the determination of its
parameters. This determination can be done by exploiting the transient response of a battery …

Optimisation methods based on half-cell measurements provide efficient non-destructive
aging diagnosis for lithium-ion batteries. However, a blend electrode using this approach …

In the past decade and half since their introduction, multiple frameworks of mechanistic
models were made available to enable the quantification of loss of lithium inventory and loss …

Many Li-ion cell aging mechanisms take place at the electrodes. Among these mechanisms,
there is the deposit of lithium at the graphite electrode in fast charging conditions of LIBs …

Sodium-ion batteries are a promising technology whose performance can meet the demand
of the automotive sector. These batteries require a model that can predict accurately their …