`RandlesCell`#

class ansys.dyna.core.pre.dynaem.RandlesCell(set=None)#: Define parameters for a Randles Cell.

Overview#

Methods

`set_batmac_model`	define the distributed Randles circuit parameters for a Randles cell when using the batmac model.
`set_randles_short`	Define conditions to turn on a Randles short (replace one or several Randles circuits by resistances),
`set_extra_heat_source`	Add an extra heat source term to the Randles circuit nodes in order to account for thermal runaway
`create`	Set parameter for Randles Cell.

Attributes

`stub`
`define_batmac`
`define_randles_short`
`define_extra_heat_source`

Import detail#

from ansys.dyna.core.pre.dynaem import RandlesCell

Attribute detail#

RandlesCell.stub#

RandlesCell.define_batmac = False#

RandlesCell.define_randles_short = False#

RandlesCell.define_extra_heat_source = False#

Method detail#

RandlesCell.set_batmac_model(cell_type=RandlesCellType.RANDLES_CELL_1_ORDER, cell_parts=None, area=2, cell_capacity=0, soc_conversion_factor=0, charge_init_state=0, equilibrium_voltage=None, circuit_parameter=None, constant_temperature=0, temperature_from_thermal_solver=False, add_heating_to_thermal_solver=False)#: define the distributed Randles circuit parameters for a Randles cell when using the batmac model.

RandlesCell.set_randles_short(resistances_func=None)#

Define conditions to turn on a Randles short (replace one or several Randles circuits by resistances), and to define the value of the short resistance.

Parameters:

resistances_funcFunction: Define the local resistance function of local parameters for the local Randles circuit.

RandlesCell.set_extra_heat_source(heat_source_func=None)#

Add an extra heat source term to the Randles circuit nodes in order to account for thermal runaway situations.