pybop.pybamm.parameter_utils#
Functions#
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An expression for the total cell mass in kilograms. |
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An expression for the total cell volume in m3. |
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An expression for the cross-sectional area of the electrode. |
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Compute the concentration of lithium in the positive electrode assuming that |
Module Contents#
- pybop.pybamm.parameter_utils.cell_mass() pybamm.Symbol[source]#
An expression for the total cell mass in kilograms.
This method defines the total mass as the sum of the components masses, including the electrodes, separator, and current collectors, based on their densities, porosities, and thicknesses.
- pybop.pybamm.parameter_utils.cell_volume() pybamm.Symbol[source]#
An expression for the total cell volume in m3.
This method defines the total cell volume as the product of the electrode cross-sectional area and the total thickness of the cell including electrodes, eparator, and current collectors.
- pybop.pybamm.parameter_utils.electrode_area() pybamm.Symbol[source]#
An expression for the cross-sectional area of the electrode.
- pybop.pybamm.parameter_utils.set_formation_concentrations(parameter_values: pybamm.ParameterValues) None[source]#
Compute the concentration of lithium in the positive electrode assuming that all lithium in the active material originated from the positive electrode.
Only perform the calculation if an initial concentration exists for both electrodes, i.e. it is not a half cell.
- Parameters:
parameter_values (pybamm.ParameterValues) – A PyBaMM parameter set containing standard lithium ion parameters.