from abaqusConstants import *
from .DataSet import DataSet
[docs]class Behavior:
"""The Behavior object specifies the method used for calibrating a material.
Attributes
----------
modelName: str
A string specifying the name of the model to which the behavior belongs.
calibrationName: str
A string specifying the name of calibration to which the behavior belongs.
biAxialAllName: str
A String specifying the name of the dataset containing all the raw data in the test data
file. Only valid if the behavior is of type FeFpBehavior
uniAxialAllName: str
A String specifying the name of the dataset containing all the raw data in the test data
file. Only valid if the behavior is of type FeFpBehavior
Notes
-----
This object can be accessed by:
.. code-block:: python
import calibration
mdb.models[name].calibrations[name].behaviors[name]
"""
# A string specifying the name of the model to which the behavior belongs.
modelName: str = ''
# A string specifying the name of calibration to which the behavior belongs.
calibrationName: str = ''
# A String specifying the name of the dataset containing all the raw data in the test data
# file. Only valid if the behavior is of type FeFpBehavior
biAxialAllName: str = ''
# A String specifying the name of the dataset containing all the raw data in the test data
# file. Only valid if the behavior is of type FeFpBehavior
uniAxialAllName: str = ''
def __init__(self, name: str, typeName: str):
"""This method creates a Behavior object.
Notes
-----
This function can be accessed by:
.. code-block:: python
mdb.models[name].calibrations[name].Behavior
Parameters
----------
name
A String specifying the name of the new behavior.
typeName
A String specifying the type of the new Behavior. Values can be "ElasIsoBehavior",
"ElasPlasIsoBehavior", "FeFpBehavior", or a user plug-in behavior type.
Returns
-------
A Behavior object.
"""
pass
[docs] def setValues(self, E: str = '', nu: str = '', ds1Name: str = '', ds2Name: str = '', materialName: str = '',
yieldPoint: str = '', ultimatePoint: str = '', plasticPoints: str = '',
PoissonsRatio: str = '', elasticModulus: str = '', plasticPointsRange: str = '',
name: str = '', uniaxialName: str = '', biaxialName: str = '', interpolation: str = '',
uniWeight: str = '', biWeight: str = '', uMullinsReload: str = '',
uMullinsUnload: str = '', uPYieldPoint: tuple = (), uPermSet: str = '',
uPrimary: str = '', bMullinsReload: str = '', bMullinsUnload: str = '',
bPYieldPoint: tuple = (), bPermSet: str = '', bPrimary: str = ''):
"""This method modifies the data for an existing behavior object.
Parameters
----------
E
Young's modulus. Only valid if the behavior type is ElasIsoBehavior.
nu
Poisson's ratio. Only valid if the behavior type is ElasIsoBehavior.
ds1Name
The name of the first data set. Only valid if the behavior type is ElasIsoBehavior or
ElasPlasIsoBehavior
ds2Name
The name of the second data set. Only valid if the behavior type is ElasIsoBehavior or
ElasPlasIsoBehavior
materialName
Material Name.
yieldPoint
Stress/strain value for the material yield point.Only valid if the behavior type is
ElasPlasIsoBehavior
ultimatePoint
Stress/strain value for the material ultimate point.Only valid if the behavior type is
ElasPlasIsoBehavior
plasticPoints
Stress/strain values for the Plastic portion of material curve. Only valid if the
behavior type is ElasPlasIsoBehavior
PoissonsRatio
Poisson's Ratio. Only valid if the behavior type is ElasPlasIsoBehavior
elasticModulus
Young's Modulus for the elastic portion of the material curve. Only valid if the
behavior type is ElasPlasIsoBehavior
plasticPointsRange
Extent of the material Plastic points. Only valid if the behavior type is
ElasPlasIsoBehavior
name
Name of the behavior.
uniaxialName
Name of the uniaxial dataset. Only valid if the behavior type is FeFpBehavior
biaxialName
Name of the biaxial dataset. Only valid if the behavior type is FeFpBehavior
interpolation
'linear' specifies linear interpolation between data points, otherwise 'logarithmic'.
Only valid if the behavior type is FeFpBehavior
uniWeight
Uniaxial weight factor, uniWeight + biWeight should equal 1.0. Only valid if the
behavior type is FeFpBehavior
biWeight
Biaxial weight factor, uniWeight + biWeight should equal 1.0. Only valid if the behavior
type is FeFpBehavior
uMullinsReload
A List of strings, specifying names of reloading DataSet objects obtained from uniaxial
test data. Only valid if the behavior is of type FeFpBehavior
uMullinsUnload
A List of strings, specifying names of reloading DataSet objects obtained from uniaxial
test data. Only valid if the behavior is of type FeFpBehavior
uPYieldPoint
A tuple specifying the coordinates of yield point of the permanent data set. Only valid
if the behavior is of type FeFpBehavior
uPermSet
A List of strings, specifying names of permanent DataSet objects obtained from uniaxial
test data. Only valid if the behavior is of type FeFpBehavior
uPrimary
A string specifying name of Primary DataSet object.Only valid if the behavior is of type
FeFpBehavior
bMullinsReload
A List of strings, specifying names of reloading DataSet objects obtained from biaxial
test data. Only valid if the behavior is of type FeFpBehavior
bMullinsUnload
A List of strings, specifying names of unloading DataSet objects obtained from biaxial
test data. Only valid if the behavior is of type FeFpBehavior
bPYieldPoint
A tuple specifying the coordinates of yield point of the permanent data set. Only valid
if the behavior is of type FeFpBehavior
bPermSet
A List of strings, specifying names of permanent DataSet objects obtained from biaxial
test data. Only valid if the behavior is of type FeFpBehavior
bPrimary
A string specifying name of Primary DataSet object. Only valid if the behavior is of
type FeFpBehavior
"""
pass
[docs] def mapToMaterial(self, materialName: str):
"""This method appends the calibration data obtained from the DataSet object to an existing
material object. In the case of ElasIsoBehavior, it appends the young's modulus and
poisson's ratio. For ElasPlasIsoBehavior it appends the young's modulus, poisson's ratio
and Plastic points range and for FeFpBehavior it appends Plastic points range and
Mullins effect properties.
Parameters
----------
materialName
A String specifying the name of the existing material
"""
pass
[docs] def compute_E(self, dataSet: DataSet):
"""This method computes the value of young's modulus from the existing DataSet object. The
method is only valid for ElasIsoBehavior type of behavior.
Parameters
----------
dataSet
A DataSet object.
Returns
-------
A tuple consisting of a and b values of the regression line(y = ax + b), coefficient of
determination(r-squared) value and the start and end-points of the line.
"""
pass
[docs] def compute_nu(self, dataSet: DataSet):
"""This method computes the value of Poisson's Ratio from the existing DataSet object. The
method is only valid for ElasIsoBehavior and ElasPlasIsoBehavior type of behavior.
Parameters
----------
dataSet
A DataSet object.
Returns
-------
A tuple consisting of a and b values of the regression line(y = ax + b), coefficient of
determination(r-squared) value and the start and end-points of the line.
"""
pass
[docs] def compute_ultimatePoint(self, dataSet: DataSet):
"""This method computes the coordinates of the Ultimate point from the existing DataSet
object. The method is only valid for ElasPlasIsoBehavior type of behavior.
Parameters
----------
dataSet
A DataSet object.
Returns
-------
Coordinates of the ultimate point.
"""
pass
[docs] def compute_elasticModulus(self, yieldPoint: tuple):
"""This method computes the value of the elastic modulus from the yieldpoint value. The
method is only valid for ElasPlasIsoBehavior type of behavior.
Parameters
----------
yieldPoint
A tuple consisting of coordinates of the yieldpoint.
Returns
-------
A float specifying the value of elastic modulus.
"""
pass
[docs] def compute_plasticPoints(self, dataSet: DataSet, slider_val: str, start_index: str, end_index: str, yp: str = ''):
"""This method extracts the coordinates of the Plastic Points. The method is only valid for
ElasPlasIsoBehavior type of behavior.
Parameters
----------
dataSet
A DataSet object.
slider_val
A float specifying the number of values to be taken.
start_index
A float specifying the lower limit of the range.
end_index
A float specifying the upper limit of the range.
yp
Coordinates of the yieldpoint. The default value is (0,0).
Returns
-------
A sequence of coordinates of the Plastic points..
"""
pass
[docs] def xyDataDissect(self, dsName: str, modelName: str, calibrationName: str, biaxial: Boolean = True):
"""This method extracts primary, unload, reload and permanent DataSet objects from the
existing DataSet object.The method is only valid for FeFpBehavior type of behavior.
Parameters
----------
dsName
A string specifying the name of the uniaxial/biaxial test dataset.
modelName
A string specifying the name of the model to which the calibration behavior belongs.
calibrationName
A string specifying the name of the Calibration object to which the behavior belongs.
biaxial
A boolean specifying whether the test data is biaxial or uniaxial. The default value is
True.
Returns
-------
A sequence of strings specifying names of the DataSet objects containing loading,
unloading, reloading and primary datasets.
"""
pass