![]() ![]() The last option would be to import the geomTurbo into python or matlab and change the the points there manually but that seems to be an extensive work to change approx 5 points per section. Has anyone had the same problem? Any advise? P.s.: When I chose round (build in) and define the radius and half wedge angle of the blade, I get nowhere close to how the edge should look like in the end. NUMECA CFD Software for Naval Applications Numeca is a developer of specialty computational fluid dynamics (CFD) software solutions, including FINE/Marine, which naval architects and marine engineers use to reliably simulate hull, appendage, and propeller performance, and discover design improvements at the beginning of the design/refit process. ![]() The problem gets worse the "blunter" the blade gets and better the sharper the blade gets. That is where the edge blends into the suction side. The Problem is that the programm does not fit the elliptical nicely/gradient-steadily into the suction side and when I check the side metallic angels on Geometry Analysis I see a kink/bump at ca. ![]() I picked Internal since I don't want the camber length to change. I chose the option Main Blade>Side Curves>Edge Control>LE Shape>Elliptical (Internal). I am having troubles creating the shape of the LE and TE of my blade. AutoBlade - LE and TE Creation - CFD Online Discussion Forums ![]()
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