Hello, I'm working on a model of a 2D plate under plane stress. I would like to also control the orientation of the ellipse but I could not figure it out a way to do that.
Make the rectangular surface without a hole on the original plane where horizontal and vertical lines remain aligned to the global coordinates.
Make the rotated plane and draw an ellipse. Extrude that curve to cut an elliptical hole in the rectangular surface.
Create a New Plane that is rotated by an angle about Z to the Global Coordinate.
Make your sketch on that new plane.
Hi Peter, thank you for your answer. I actually want to use the origin of the coordinate system to put one of the corners of the rectangle. Also, if I rotate the new plane along the Z axis, horizontal and vertical lines are now parallel to the X and Y axis of the new plane instead of remain parallel to the original X and Y axis of the XYplane (that's actually what I want).
I will give you some context of my work: I'm working on a model of a 2d plane stress plate, which will be controlled by another user. This user only has to control the geometry of the plate and she or he can check results of elasticity theory (for example, the famous 3 factor that appears with a plate with a hole in its center). This way, the user can evaluate some crazy scenarios where analytical solution is hard to obtain.
I think that controlling the position and dimentions of the ellipse inside the plate is already good and gives the opportunity to test multiple scenarios and adding the option of change the ellipse orientation would raise that number of scenarios.
Thanks Peter! That worked!
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