This release introduces: several new models, including reversible and irreversible plating submodels, submodels for loss of active material, Yang et al.'s (2017) coupled SEI/plating/pore clogging model, and the Newman-Tobias model internal optimizations for solving models, particularly for simulating experiments, with more accurate event detection and more efficient numerical methods and post-processing parallel solutions of a model with different inputs a cleaner installation process for Mac when installing from PyPI, no longer requiring a Homebrew installation of Sundials improved plotting functionality, including adding a new 'voltage component' plot several other new features, optimizations, and bug fixes, summarized in the CHANGELO
This release contains several updates to the code. The most important changes are: Substantial impr...
This release adds a new field absorber for the Yee solver, convolutional perfectly matched layer (PM...
As the UK battery modelling community grows, there is a clear need for software that uses modern sof...
This release introduces a new aging model for particle swelling and cracking, a new reduced-order mo...
This release introduces a new aging model for particle swelling and cracking, a new reduced-order mo...
New SEI models, simplification of submodel structure, as well as optimisations and general bug fixes...
This release introduces many new features and optimizations. All models can now be solved using the ...
This release adds new operators for more complex models, some basic sensitivity analysis, a half-cel...
Features Moved general code about submodels to BaseModel instead of BaseBatteryModel, making it eas...
This PR provides several major updates of PorePy. The most important changes are: The way equations...
Version 0.2.0-alpha contains a number of stability improvements for the solver. Algorithms for compu...
New expression tree node types, models, parameter sets and solvers, as well as general bug fixes and...
This release contains several updates to the code. The most important changes are: Substantial impr...
This release adds a new field absorber for the Yee solver, convolutional perfectly matched layer (PM...
As the UK battery modelling community grows, there is a clear need for software that uses modern sof...
This release introduces a new aging model for particle swelling and cracking, a new reduced-order mo...
This release introduces a new aging model for particle swelling and cracking, a new reduced-order mo...
New SEI models, simplification of submodel structure, as well as optimisations and general bug fixes...
This release introduces many new features and optimizations. All models can now be solved using the ...
This release adds new operators for more complex models, some basic sensitivity analysis, a half-cel...
Features Moved general code about submodels to BaseModel instead of BaseBatteryModel, making it eas...
This PR provides several major updates of PorePy. The most important changes are: The way equations...
Version 0.2.0-alpha contains a number of stability improvements for the solver. Algorithms for compu...
New expression tree node types, models, parameter sets and solvers, as well as general bug fixes and...
This release contains several updates to the code. The most important changes are: Substantial impr...
This release adds a new field absorber for the Yee solver, convolutional perfectly matched layer (PM...
As the UK battery modelling community grows, there is a clear need for software that uses modern sof...