Table of Contents

SteadyParkedLoadsCalculation coming soon

https://bladednextgen.dnv.com/schema/0.4.1/SteadyCalculation/SteadyParkedLoadsCalculation.json

Not supported yet

Defines a calculation which produces loads on the parked turbine in a steady wind. Most realities such as tower shadow and wind shear are included, making the calculation almost equivalent to a time domain simulation in a steady wind.

  • SteadyCalculationType: string = SteadyParkedLoads
  • WindSpeed: number (m/s)
  • AzimuthAngle: number (rad)
  • YawAngle: number (rad)
  • FlowInclination: number (rad)
  • PitchAngle: number (rad)
  • SweepParameter: string = AZIMUTH_ANGLE | YAW_ANGLE | FLOW_INCLINATION | PITCH_ANGLE
  • SweepEnd: number
  • SweepInterval: number
  • Outputs: object (SteadyCalculationWithComponentOutputs)

A type of SteadyCalculation

Properties

SteadyCalculationType: stringcoming soon

Defines the specific type of SteadyCalculation model in use. For a SteadyParkedLoads object, this must always be set to a value of SteadyParkedLoads.

WindSpeed: number (m/s)coming soon

The wind speed at the hub height to be used for the calculation.

AzimuthAngle: number (rad)coming soon

The fixed azimuth angle of the rotor (zero azimuth indicates blade 1 pointing upwards).

YawAngle: number (rad)coming soon

The yaw angle to be used for the calculation.

FlowInclination: number (rad)coming soon

The flow inclination to be used for the calculation.

PitchAngle: number (rad)coming soon

The pitch angle of all of the blades to be used for the calculation.

SweepParameter: stringcoming soon

The parameter to perform the sweep over.

SweepEnd: numbercoming soon

The value for the end of the sweep. The start value will be whatever it is in the parameters for the calculation.

SweepInterval: numbercoming soon

The step size to take from the lowest to the highest value.

Outputs: object(SteadyCalculationWithComponentOutputs)coming soon