In a wind farm, turbines interact through the air around them. The flow behind a turbine slows down and becomes turbulent, reducing energy for downstream turbines. This effect is called a wake. Understanding wakes is key to predicting performance and optimizing layouts.
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@petebachant I think after WSL, it doesn't matter much anymore. Perhaps Windows+ WSL is more flexible solution. But I cannot deny the superior MAC hardware and build quality.
@HolzmannCFD@garcfd It limits the domain to one-third taking advantage of the axisymmetric properties of the flow. Similar to case 4 in this paper https://t.co/JSZemlwM2d
I didn't get your concern about using MRF in such case . . .
@HolzmannCFD@garcfd For parametric/optimisation studies where the engineer would like to check the position of certain element and doesn't want to remesh for each scenario. I don't think engineer remesh the entire car to change the AoA of a small spoiler.
@garcfd@HolzmannCFD Nevertheless AMI is quite often used in static situation even without MRF and I guess NCC will too as it's successor. So that's a valid test as well as dynamic cases.
@FarhanaC94 @PhDVoice@AcademicChatter I would say forget about it, enjoy your time now and have fun. You have months ahead to kick off your thesis. Don't worry!
Big News: We've released the full text of The OpenFOAM Technology Primer under the CC license. This version has been updated for OF-v2012.
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