v0.3.0

Minor fixes from beta version

v0.3.0-beta

• New model hierarchy
• More geometries
  • Coin Cells
  • Multi Layer Pouch
• Adjoint-based optimization, with respect to
  • material properties
  • geometrical design (using differentiable grid support)
• Composite particle
• Rewritten documentation
• AEM electrolyser
• julia bridge
• parameter fitting support
• Json-Schema documented parameter inputs
• added unit support
• added writeOutput

v0.2.1-beta

Documentation
Improved json-based setup and simulation including schema
Structured examples into folders

v0.2.0-beta

Battery modeling

• Allow for turning using the thermal model on/off.
• Work on allowing for simulation with and without current collectors.
• Allow for full, simple or no particle diffusion models.
• Introduce SEI active material model.
• Allow for simulation of a single component of a battery separately.
• Basic coin cell geometry.
• Optimization example.
• Basic mechanics example.
• Parameter identification example.
• Single particle SEI model example.
• New reference data from literature (Xu 2015, Safari 2009).

Software engineering

• Validation of class parameters.
• Synchronized with newer version of MRST.
• Preliminary work on testing using GitHub' CI.
• Improved json schemas.
• Allow for setting model and simulation parameters using json files.
• Graph visualization tools for model development and system analysis.
• Algebraic multigrid solver.

Full Changelog: v0.1.0-beta...v0.2.0-beta

v0.1.0-beta

Initial public release of the BattMo framework.