[PDF][PDF] The rolled-up and tip vortices studies in the CFD model of the 3-D swept-backward wind turbine blades
D Sutrisno, TA Rochmat, SB Indarto… - Modern Applied …, 2017 - pdfs.semanticscholar.org
In this paper, the method to analyze of vortex dynamics simulation of 3-D (three
dimensional) backward wind turbine blades is introduced, consisted of flow visualization
part and detailed measurement part. With this method, one could explain visually and by
calculation the role of 3-D flow vortex mechanism patterns on 3-D backward wind turbine
blade, the interchange between kinetic and potential energies, the utilization of very strong
vortex, which could lose energy, generate lift, and produce tangential mechanical power …
dimensional) backward wind turbine blades is introduced, consisted of flow visualization
part and detailed measurement part. With this method, one could explain visually and by
calculation the role of 3-D flow vortex mechanism patterns on 3-D backward wind turbine
blade, the interchange between kinetic and potential energies, the utilization of very strong
vortex, which could lose energy, generate lift, and produce tangential mechanical power …
The Rolled-up and Tip Vortices Studies in the CFD Model of the 3-D Swept-Backward Wind Turbine Blades
T Rochmat, S Wibowo, S Iswahyudi… - Modern Applied …, 2017 - ideas.repec.org
In this paper, the method to analyze of vortex dynamics simulation of 3-D (three
dimensional) backward wind turbine blades is introduced, consisted of flow visualization
part and detailed measurement part. With this method, one could explain visually and by
calculation the role of 3-D flow vortex mechanism patterns on 3-D backward wind turbine
blade, the interchange between kinetic and potential energies, the utilization of very strong
vortex, which could lose energy, generate lift, and produce tangential mechanical power …
dimensional) backward wind turbine blades is introduced, consisted of flow visualization
part and detailed measurement part. With this method, one could explain visually and by
calculation the role of 3-D flow vortex mechanism patterns on 3-D backward wind turbine
blade, the interchange between kinetic and potential energies, the utilization of very strong
vortex, which could lose energy, generate lift, and produce tangential mechanical power …
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