upxo.material.Material module

upxo.material.Material.build()[source]

Build and return the material data base using classes in this module.

When no inputs are provided, defaults prescribed in the class data are used.

Returns:: Material data dictionary accessible via matdata.data.
Return type:: ObjectDataDictionary

Examples

>>> from upxo.material.Material import build
>>> matdata = build()
>>> matdata.data.keys()

class upxo.material.Material.MaterialIdentity[source]

Bases: object

name: str = 'cu'

alloy: str = 'value'

comp: str = 'value'

class upxo.material.Material.ProcessingCondition(ht: str = 'heat treatment', pro: str = 'extruded', app: str = 'cooling pipe', appLoc: str = 'W-Ci unterface')[source]

Bases: object

ht: str = 'heat treatment'

pro: str = 'extruded'

app: str = 'cooling pipe'

appLoc: str = 'W-Ci unterface'

class upxo.material.Material.IrradiationCondition(irr: str = 'neutron', irr_temp: float = 400, irr_dpa: float = 1e-05)[source]

Bases: object

irr: str = 'neutron'

irr_temp: float = 400

irr_dpa: float = 1e-05

class upxo.material.Material.CrystalFamily(xtal_family: str = 'mmm')[source]

Bases: object

xtal_family: str = 'mmm'

class upxo.material.Material.Phases(nphases: int = 2, namesPhases: numpy.ndarray = <factory>, phaseFractions: numpy.ndarray = <factory>)[source]

Bases: object

nphases: int = 2

namesPhases: numpy.ndarray

phaseFractions: numpy.ndarray

class upxo.material.Material.PhysicalProperty(density: float = '2700')[source]

Bases: object

density: float = '2700'

class upxo.material.Material.ElasticProperty(E: float = 70000.0)[source]

Bases: object

E: float = 70000.0

class upxo.material.Material.TensileStressStrain(strain: numpy.ndarray = <factory>, stress: numpy.ndarray = <factory>)[source]

Bases: object

strain: numpy.ndarray

stress: numpy.ndarray

class upxo.material.Material.PlasticProperty(Sy001: float = 135, Sy002: float = 150, Sy003: float = 155, HV0005: float = 50, HV0010: float = 50, HV0020: float = 50, K: float = 1234)[source]

Bases: object

Sy001: float = 135

Sy002: float = 150

Sy003: float = 155

HV0005: float = 50

HV0010: float = 50

HV0020: float = 50

K: float = 1234

class upxo.material.Material.ExpDataAvailability(tt: bool = True, fatigue_low: bool = True, fatigue_high: bool = True, ebsd: bool = True, tem: bool = True)[source]

Bases: object

tt: bool = True

fatigue_low: bool = True

fatigue_high: bool = True

ebsd: bool = True

tem: bool = True

class upxo.material.Material.GrainEqDiaEbsd(modality: int = 2, skewness: float = -1.02, kurtosis: float = 1.24, dist_grain_size: numpy.ndarray = <factory>, dist_grain_count: numpy.ndarray = <factory>, dist_grain_prob: numpy.ndarray = <factory>)[source]

Bases: object

modality: int = 2

skewness: float = -1.02

kurtosis: float = 1.24

dist_grain_size: numpy.ndarray

dist_grain_count: numpy.ndarray

dist_grain_prob: numpy.ndarray

class upxo.material.Material.TexCompVolFracFCC(cube_tc_vf: float = 0.039767141550432504, ndcube_tc_vf: float = 0.07774754402944076, rdcube_tc_vf: float = 0.07360494667272888, goss_tc_vf: float = 0.0013320775279767384, brass_tc_vf: float = 0.09077403054168787, copper_tc_vf: float = 0.05980493498185914, s_tc_vf: float = 0.0646721775528069, t1_tc_vf: float = 0.06383993442176973, t2_tc_vf: float = 0.003137274654984079, p_tc_vf: float = 0.043520784939966105)[source]

Bases: object

random = <module 'random' from '/opt/hostedtoolcache/Python/3.13.13/x64/lib/python3.13/random.py'>

cube_tc_vf: float = 0.039767141550432504

ndcube_tc_vf: float = 0.07774754402944076

rdcube_tc_vf: float = 0.07360494667272888

goss_tc_vf: float = 0.0013320775279767384

brass_tc_vf: float = 0.09077403054168787

copper_tc_vf: float = 0.05980493498185914

s_tc_vf: float = 0.0646721775528069

t1_tc_vf: float = 0.06383993442176973

t2_tc_vf: float = 0.003137274654984079

p_tc_vf: float = 0.043520784939966105

class upxo.material.Material.TexFibreVolFracFCC(cube_tf_vf: float = 0.07377860344891798, alpha_tf_vf: float = 0.045944455662020954, beta_tf_vf: float = 0.014270322085910659)[source]

Bases: object

random = <module 'random' from '/opt/hostedtoolcache/Python/3.13.13/x64/lib/python3.13/random.py'>

cube_tf_vf: float = 0.07377860344891798

alpha_tf_vf: float = 0.045944455662020954

beta_tf_vf: float = 0.014270322085910659

class upxo.material.Material.TexCompWidth(cube_tc_w: float = 9.858813050857059, ndcube_tc_w: float = 2.263717940218367, rdcube_tc_w: float = 1.9145497701069203, goss_tc_w: float = 4.301166336684381, brass_tc_w: float = 2.0574569500461837, copper_tc_w: float = 2.744785846730027, s_tc_w: float = 4.603482350996076, t1_tc_w: float = 9.98559544680032, t2_tc_w: float = 4.51734494467127, p_tc_w: float = 8.461742731161976)[source]

Bases: object

random = <module 'random' from '/opt/hostedtoolcache/Python/3.13.13/x64/lib/python3.13/random.py'>

cube_tc_w: float = 9.858813050857059

ndcube_tc_w: float = 2.263717940218367

rdcube_tc_w: float = 1.9145497701069203

goss_tc_w: float = 4.301166336684381

brass_tc_w: float = 2.0574569500461837

copper_tc_w: float = 2.744785846730027

s_tc_w: float = 4.603482350996076

t1_tc_w: float = 9.98559544680032

t2_tc_w: float = 4.51734494467127

p_tc_w: float = 8.461742731161976

class upxo.material.Material.EBSDParameters(zero_fraction_uncorrected: float = 'value', zero_fraction_corrected: float = 'value', phase_fraction: numpy.ndarray = 'value')[source]

Bases: object

zero_fraction_uncorrected: float = 'value'

zero_fraction_corrected: float = 'value'

phase_fraction: numpy.ndarray = 'value'

class upxo.material.Material.TensileTestParameters(sample_type: str = 'value', strain_rate: float = 'value', test_temperature: float = 'value')[source]

Bases: object

sample_type: str = 'value'

strain_rate: float = 'value'

test_temperature: float = 'value'

upxo.material.Material.TempKelvin(temp_celcius)[source]: Tempkelvin.

upxo.material.Material.generate()[source]