bugfix: IfW rotor points for disk average incorrect #2532
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The calculations for the rotor disk average wind speed use a set of point projected on the disk perpindular to the hub at ~0.7 rotor radius in the hub YZ plane. However, the indices for this calculation were incorrect and projected the points onto disk in the hub XY plane. This was discovered after one of the cases used in the curled wake paper failed to run correctly with 3.5.4 for a turbine very close to the back edge of the high resolution domain. Also added some additional information about the location of points causing outside box bound errors.
deslaughter
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Nov 25, 2024
deslaughter
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Nov 25, 2024
| p%PositionAvg(3,i) = 0.0_ReKi | ||
| p%PositionAvg(1,i) = 0.0_ReKi ! Hub X (perpindicular to rotor plane) | ||
| p%PositionAvg(2,i) = R*cos(theta) ! Hub Y | ||
| p%PositionAvg(3,i) = R*sin(theta) ! Hub Z (in vertical plane when azimuth=0) |
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The 'ifw_turbsimffregression test is failing because it's usingR = max(1.0_ReKi, InputFileData%Uniform_RefLength)/2.0_ReKi` which is data from the wrong wind type. Maybe a rotor diameter field could be added the InflowWind driver? Or the driver could guess the rotor diameter to from the flow field size.
andrew-platt
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Dec 19, 2024
See PR OpenFAST#2532 for details
andrew-platt
added a commit
to andrew-platt/openfast
that referenced
this pull request
Dec 19, 2024
See PR OpenFAST#2532 for details
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Feature or improvement description
The calculations for the rotor disk average wind speed use a set of point projected on the disk perpendicular to the hub at ~0.7 rotor radius in the hub YZ plane. However, the indices for this calculation were incorrect and projected the points onto disk in the hub XY plane. This was discovered after one of the cases used in the curled wake paper failed to run correctly with 3.5.4 for a turbine very close to the back edge of the high resolution domain.
Also added some additional information about the location of points causing outside box bound errors.
Related issue, if one exists
Impacted areas of the software
FAST.Farm uses the disk average velocity for some calculations, so some results may change very slightly.
Additional supporting information
This was found while attempting to figure out why it was not possible to reproduce some of the curled wake results from a publication.
Test results, if applicable
Some results may change. Those will be documented below.