BaseHasegawa#
Examples using this class are:
Acoustofluidics 2022: ARF Comparison
Acoustofluidics 2022: Plotting the Scattering Field
Pressure Plots for different theories
- class osaft.solutions.hasegawa1969.base.BaseHasegawa(f, R_0, rho_s, E_s, nu_s, rho_f, c_f, p_0, wave_type, position=None)[source]#
Bases:
BaseSphereFrequencyComposite
,BaseSolution
Base class for Hasegawa & Yosioka (1969)
- Parameters:
f (Frequency | float | int) – Frequency [Hz]
R_0 (Sphere | float | int) – Radius of the particle [m]
rho_s (float) – Density of the solid scattering particle [kg/m^3]
E_s (float) – Young’s modulus of the solid scattering particle [N/m^2]
nu_s (float) – Poisson’s ratio of the solid scattering particle [-]
rho_f (float) – Density of the fluid [kg/m^3]
c_f (float) – Speed of sound in the fluid [m/s]
p_0 (float) – Pressure amplitude of the incident field [Pa]
position (None | float, optional) – Position in the standing wave field [rad]
Default:None
wave_type (WaveType) – Progressive wave [-]
Public Data Attributes:
supported_wavetypes
dimensionless wave number in the fluid [-]
dimensionless wave number in the particle, longitudinal direction [-]
dimensionless wave number in the particle, transversal direction [-]
ratio of densities [-]
Wraps to
osaft.core.backgroundfields.BackgroundField.position
Wraps to
osaft.core.backgroundfields.BackgroundField.wave_type
Wraps to
osaft.core.solids.ElasticSolid.rho_s
Wraps to
osaft.core.solids.ElasticSolid.E_s
Wraps to
osaft.core.solids.ElasticSolid.nu_s
Wraps to
osaft.core.fluids.InviscidFluid.c_f
Wraps to
osaft.core.solids.ElasticSolid.k_l
Wraps to
osaft.core.solids.ElasticSolid.k_t
Wraps to
osaft.core.fluids.InviscidFluid.k_f
Inherited from
BaseSphereFrequencyComposite
Wrapper for
osaft.core.geometries.Sphere.R_0
Wrapper for
osaft.core.geometries.Sphere.area
Wrapper for
osaft.core.geometries.Sphere.volume
Inherited from
BaseFrequencyComposite
wrapper for
osaft.core.frequency.Frequency.f
wrapper for
osaft.core.frequency.Frequency.omega
Inherited from
BaseSolution
supported_wavetypes
returns the wave type of the solution
Public Methods:
A_in
(n)Inherited from
BaseFrequencyComposite
Returns all properties that are settable.
Inherited from
BaseSolution
- A_in(n)[source]#
Wraps to
osaft.core.backgroundfields.BackgroundField.A_in
- Return type:
complex
- check_wave_type()#
Checks if
wave_type
is insupported_wavetypes
- Raises:
WrongWaveTypeError – If
wave_type
is not supported- Return type:
None
- copy()#
Returns a copy of the object
- Return type:
- classmethod input_variables()#
Returns all properties that are settable.
Returns a list of the names of all properties that are settable, i.e. all properties that wrap a PassiveVariable.
- Return type:
list
[str
]
- property E_s: float#
Wraps to
osaft.core.solids.ElasticSolid.E_s
- property R_0: float#
Wrapper for
osaft.core.geometries.Sphere.R_0
- property area: float#
Wrapper for
osaft.core.geometries.Sphere.area
- property c_f: float#
Wraps to
osaft.core.fluids.InviscidFluid.c_f
- property f: float#
wrapper for
osaft.core.frequency.Frequency.f
- property k_f: float#
Wraps to
osaft.core.fluids.InviscidFluid.k_f
- property k_s_l: float#
Wraps to
osaft.core.solids.ElasticSolid.k_l
- property k_s_t: float#
Wraps to
osaft.core.solids.ElasticSolid.k_t
- property kappa_f: float#
- property lambda_rho: float#
ratio of densities [-]
- property nu_s: float#
Wraps to
osaft.core.solids.ElasticSolid.nu_s
- property omega: float#
wrapper for
osaft.core.frequency.Frequency.omega
- property p_0: float#
- property position: float#
Wraps to
osaft.core.backgroundfields.BackgroundField.position
- property rho_f: float#
- property rho_s: float#
Wraps to
osaft.core.solids.ElasticSolid.rho_s
- property volume: float#
Wrapper for
osaft.core.geometries.Sphere.volume
- property wave_type: WaveType#
Wraps to
osaft.core.backgroundfields.BackgroundField.wave_type
- property x_f: float#
dimensionless wave number in the fluid [-]
- property x_s_l: float#
dimensionless wave number in the particle, longitudinal direction [-]
- property x_s_t: float#
dimensionless wave number in the particle, transversal direction [-]