Extended Multiphysics Formulation for Solid State Batteries

Supplementary material by L. Cabras provides an extended derivation of a thermodynamically consistent multiphysics framework for solid-state batteries. It includes additional numerical investigations supporting the primary study on electro-chemo-mechanics at finite strains.

Use Cases

• Validate the extended thermodynamically consistent formulation against the main study's framework
• Reproduce the additional numerical investigations on Large Deformation and Viscoplasticity
• Reference the Electro-chemo-mechanics of materials framework for Materials Modelling And Simulations

Strengths

• Derivation is explicitly linked to a peer-reviewed main study on solid-state batteries
• Covers multiple coupled physics domains including Electro-chemo-mechanics and Viscoplasticity
• Released under the permissive CC BY 4.0 license

Limitations

• Contains theoretical derivations and numerical investigations, not structured tabular or time-series data for direct ML application
• No sample data or defined columns are provided for quantitative analysis
• Scope is specific to the supporting material of a single research publication

Provenance

Source

figshare

Collection Method

Derived as supplementary material for a research publication.

Time Range

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Freshness

Last updated March 14, 2026.

Geography

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