Material

class pyedb.grpc.database.definition.materials.Material(edb: pyedb.Edb, edb_material_def)

Bases: ansys.edb.core.definition.material_def.MaterialDef

Manage EDB methods for material property management.

Overview

Methods

set_debye_model	Set Debye model on current material.
set_multipole_debye_model	Set multi-pole debeye model on current material.
set_djordjecvic_sarkar_model	Set Djordjecvic-Sarkar model on current material.
to_dict	Convert material into dictionary.
update

Properties

name	Material name.
dc_model	Dielectric material model.
dielectric_material_model	Material dielectric model.
conductivity	Get material conductivity.
dc_conductivity	Material DC conductivity.
dc_permittivity	Material DC permittivity.
loss_tangent_at_frequency	Material loss tangent at frequency if dielectric model is defined.
dielectric_model_frequency	Dielectric model frequency if model is defined.
permittivity_at_frequency	Material permittivity at frequency if model is defined.
permittivity	Material permittivity.
permeability	Material permeability.
loss_tangent	Material loss tangent.
dielectric_loss_tangent	Material loss tangent.
magnetic_loss_tangent	Material magnetic loss tangent.
thermal_conductivity	Material thermal conductivity.
mass_density	Material mass density.
youngs_modulus	Material young modulus.
specific_heat	Material specific heat.
poisson_ratio	Material poisson ratio.
thermal_expansion_coefficient	Material thermal coefficient.

Import detail

from pyedb.grpc.database.definition.materials import Material

Property detail

property Material.name: str

Material name.

Returns:

str

Material name.

property Material.dc_model

Dielectric material model.

Returns:

:class:``

property Material.dielectric_material_model

Material dielectric model.

Returns:

DebyeModel or

DjordjecvicSarkarModel or

MultipoleDebyeModel.

EDB dielectric model.

property Material.conductivity: float

Get material conductivity.

Returns:

float

Conductivity value.

property Material.dc_conductivity

Material DC conductivity.

Returns:

float

DC conductivity value.

property Material.dc_permittivity

Material DC permittivity.

Returns:

float

DC permittivity value.

property Material.loss_tangent_at_frequency: float

Material loss tangent at frequency if dielectric model is defined.

Returns:

float

Loss tangent value.

property Material.dielectric_model_frequency: float

Dielectric model frequency if model is defined.

Returns:

float

Frequency value.

property Material.permittivity_at_frequency: float

Material permittivity at frequency if model is defined.

Returns:

float

Permittivity value.

property Material.permittivity: float

Material permittivity.

Returns:

float

Permittivity value.

property Material.permeability: float

Material permeability.

Returns:

float

Permeability value.

property Material.loss_tangent

Material loss tangent.

Returns:

float

Loss tangent value.

property Material.dielectric_loss_tangent: float

Material loss tangent.

Returns:

float

Loss tangent value.

property Material.magnetic_loss_tangent: float

Material magnetic loss tangent.

Returns:

float

Magnetic loss tangent value.

property Material.thermal_conductivity: float

Material thermal conductivity.

Returns:

float

Thermal conductivity value.

property Material.mass_density: float

Material mass density.

Returns:

float

Mass density value.

property Material.youngs_modulus: float

Material young modulus.

Returns:

float

Material young modulus value.

property Material.specific_heat: float

Material specific heat.

Returns:

float

Material specific heat value.

property Material.poisson_ratio: float

Material poisson ratio.

Returns:

float

Material poisson ratio value.

property Material.thermal_expansion_coefficient: float

Material thermal coefficient.

Returns:

float

Material thermal coefficient value.

Method detail

Material.set_debye_model()

Set Debye model on current material.

Material.set_multipole_debye_model()

Set multi-pole debeye model on current material.

Material.set_djordjecvic_sarkar_model()

Set Djordjecvic-Sarkar model on current material.

Material.to_dict()

Convert material into dictionary.

Material.update(input_dict: dict)