Little SW trick. If you had created your root airfoil on the front plane, then created a second sketch for your tip airfoil on an offset plane, you could establish the distance in global variables "b/2" as your 1/2 span. then lofted. If at the intersection of the quarter cord of your tip and root airfoil, you could draw an axis, create an AOA plane, even one for twist. so forth. Another trick. Hold the mouse left button down over the front plane in your feature tree, and then let go. You can change the name of the plane to x-y or "Root Airfoil." makes it easier to model when you keep track of everything going on as complexity rises.
Little SW trick. If you had created your root airfoil on the front plane, then created a second sketch for your tip airfoil on an offset plane, you could establish the distance in global variables "b/2" as your 1/2 span. then lofted. If at the intersection of the quarter cord of your tip and root airfoil, you could draw an axis, create an AOA plane, even one for twist. so forth. Another trick. Hold the mouse left button down over the front plane in your feature tree, and then let go. You can change the name of the plane to x-y or "Root Airfoil." makes it easier to model when you keep track of everything going on as complexity rises.
This is exactly what i needed, thank you
Thank you! Perfect tutorial.
Great Job and explanation! Muito bom! Obrigado! Saudações brasileiras! And keep it up !
Why take a cord point at 25 and 50???
thank you so much