`Homogeneity`#

class ansys.dpf.core.available_result.Homogeneity#

Bases: enum.Enum

Enum class listing all possible homogeneity names of results.

Overview#

Attributes

`acceleration`
`angle`
`angular_velocity`
`surface`
`capacitance`
`electric_charge`
`electric_charge_density`
`conductivity`
`current`
`density`
`displacement`
`electric_conductivity`
`electric_field`
`electric_flux_density`
`electric_resistivity`
`energy`
`film_coefficient`
`force`
`force_intensity`
`frequency`
`heat_flux`
`heat_generation`
`heat_rate`
`inductance`
`inverse_stress`
`length`
`magnetic_field_intensity`
`magnetic_flux`
`magnetic_flux_density`
`mass`
`moment`
`moment_inertia`
`permeability`
`permittivity`
`poisson`
`power`
`pressure`
`relative_permeability`
`relative_permittivity`
`section_modulus`
`specific_heat`
`specific_weight`
`shear_strain`
`stiffness`
`strain`
`stress`
`strength`
`thermal_expansion`
`temperature`
`time`
`velocity`
`voltage`
`volume`
`moment_inertia_mass`
`stress_intensity_factor`
`thermal_gradient`
`resistance`
`dimensionless`
`dynamic_viscosity`
`dissipation_rate`
`momentum`
`volume_flow_rate`
`mass_flow_rate`
`specific_energy`
`specific_entropy`

Import detail#

from ansys.dpf.core.available_result import Homogeneity

Attribute detail#

Homogeneity.acceleration = 0#

Homogeneity.angle = 1#

Homogeneity.angular_velocity = 2#

Homogeneity.surface = 3#

Homogeneity.capacitance = 4#

Homogeneity.electric_charge = 5#

Homogeneity.electric_charge_density = 6#

Homogeneity.conductivity = 7#

Homogeneity.current = 9#

Homogeneity.density = 10#

Homogeneity.displacement = 11#

Homogeneity.electric_conductivity = 12#

Homogeneity.electric_field = 13#

Homogeneity.electric_flux_density = 14#

Homogeneity.electric_resistivity = 15#

Homogeneity.energy = 16#

Homogeneity.film_coefficient = 17#

Homogeneity.force = 18#

Homogeneity.force_intensity = 19#

Homogeneity.frequency = 20#

Homogeneity.heat_flux = 21#

Homogeneity.heat_generation = 22#

Homogeneity.heat_rate = 23#

Homogeneity.inductance = 24#

Homogeneity.inverse_stress = 25#

Homogeneity.length = 26#

Homogeneity.magnetic_field_intensity = 27#

Homogeneity.magnetic_flux = 28#

Homogeneity.magnetic_flux_density = 29#

Homogeneity.mass = 30#

Homogeneity.moment = 31#

Homogeneity.moment_inertia = 32#

Homogeneity.permeability = 33#

Homogeneity.permittivity = 34#

Homogeneity.poisson = 35#

Homogeneity.power = 36#

Homogeneity.pressure = 37#

Homogeneity.relative_permeability = 38#

Homogeneity.relative_permittivity = 39#

Homogeneity.section_modulus = 40#

Homogeneity.specific_heat = 41#

Homogeneity.specific_weight = 42#

Homogeneity.shear_strain = 43#

Homogeneity.stiffness = 44#

Homogeneity.strain = 45#

Homogeneity.stress = 46#

Homogeneity.strength = 47#

Homogeneity.thermal_expansion = 48#

Homogeneity.temperature = 49#

Homogeneity.time = 50#

Homogeneity.velocity = 51#

Homogeneity.voltage = 52#

Homogeneity.volume = 53#

Homogeneity.moment_inertia_mass = 55#

Homogeneity.stress_intensity_factor = 92#

Homogeneity.thermal_gradient = 95#

Homogeneity.resistance = 1000#

Homogeneity.dimensionless = 117#

Homogeneity.dynamic_viscosity = 118#

Homogeneity.dissipation_rate = 119#

Homogeneity.momentum = 120#

Homogeneity.volume_flow_rate = 121#

Homogeneity.mass_flow_rate = 122#

Homogeneity.specific_energy = 123#

Homogeneity.specific_entropy = 124#