luminarycloud.params.simulation.physics.fluid.physical_behavior.physical_behavior_model¶

Submodules¶

Classes¶

`ActuatorDiskModel`	Defines the physics behavior of the actuator disk.
`ActuatorLineModel`	Defines the physics behavior of the actuator line.
`BladeElementParams`
`ParticleSourceModel`	Defines the behavior of the general source particles.

Package Contents¶

class ActuatorDiskModel¶: Defines the physics behavior of the actuator disk. NOTE: This is a base class, please use the derived classes from the actuator_disk_model module.

class ActuatorLineModel¶: Defines the physics behavior of the actuator line. NOTE: This is a base class, please use the derived classes from the actuator_line_model module.

class BladeElementParams¶

bem_strategy: luminarycloud.params.enum.ActuatorDiskBemStrategy¶: Defines how the power of the propeller is specified in the blade element model.

blade_count: int = 2¶: Number of blades in the propeller/rotor.

blade_geometry_table: luminarycloud.tables.RectilinearTable | None = None¶: Blade twist, sweep, anhedral, and chord vs. radial station (r/R).

pitch_schedule: luminarycloud.types.Vector3¶: Constant, cosine, and sine Fourier series coefficients for pitch first harmonic.

reference_sound_speed: luminarycloud.types.LcFloat = 340.0¶: Reference sound speed required for each blade element model in constant density flows. Sound speed of air at sea level conditions is 340 m/s.

rotation_rate: luminarycloud.types.LcFloat = 100.0¶: Rotational speed of the fictitious blades represented by the actuator disk.

class ParticleSourceModel¶: Defines the behavior of the general source particles. NOTE: This is a base class, please use the derived classes from the particle_source_model module.