ModelLinearisation coming soon
https://bladednextgen.dnv.com/schema/0.4.1/SteadyCalculation/ModelLinearisation.json
Not supported yet
Defines a calculation which produces a linear model. This can be post-processed into a linearised model of the turbine in state-space form. This is of particular value in the design of controllers.
SteadyCalculationTypeModelLinearisationMinimumCorrelationCoefficientOutputsTransformRotorModesToNonRotatingPerturbationsWindSpeedAzimuth
A type of SteadyCalculation
Properties
MinimumCorrelationCoefficient: number, optionalcoming soon
The minimum acceptable correlation coefficient for the relationship between a state value and a state derivative. If it is below the minimum, the relationship is disregarded and a zero value is taken.
default = 0.8
Outputs: object(SteadyCalculationOutputs), optionalcoming soon
TransformRotorModesToNonRotating: boolean, optionalcoming soon
If true, a multi-blade coordinate (MBC) transform will be performed to transform the rotating modes into the stationary frame of reference. This will generate forward and backward whirling modes in a Campbell diagram.
default = False
SteadyCalculationType: stringcoming soon
Defines the specific type of SteadyCalculation model in use. For a ModelLinearisation object, this must always be set to a value of ModelLinearisation.
Perturbations: object(ModelLinearisationPerturbations), optionalcoming soon
The perturbations to apply during the linearisation calculations.
WindSpeed: object(VelocityRange)coming soon
The range of wind speeds to consider.
Azimuth: object(AngleRange)coming soon
The range of azimuth angles to consider.