If you have a solution that we are all just missing, please let me know. Finally, you have to multiply by 2 on both sides to get the diameter. Then take the 3 rd root of both sides to get 3.06 ft for the radius. Plug the value of into the equation so that. Is it possible that this could be looked into for a future release? A large portion of our products are designed this way, but have to edited in AutoCAD to get the corner of the flat pattern to lay out properly. Correct answer: Explanation: The correct answer is 6.12 ft. Some of the fine folks in Inventor forum looked at this and told me that Inventor could not perform this function. I tried to do all of this in Sheet Metal mode, but was unable to complete the corners correctly. I have attached a pdf of the drawing and 3D pdf the file, but it is the work-around only to display what I'm trying to do. What I am having a problem with is producing a flat pattern that will work for the 1” radius corners at the bottom. tion to Diamonds claim that Guns, Germs, and Steel is a good faith effort to solve one of the most controversial and enduring controversies in the history. When trying to do this in sheet metal, I have also tried to use the corner seam command produced 1” radius’s on each side of the sheet metal and flat patterned the part. I cut a slit in all 4 corners to show that I need this formed.

Now this was drawn as a non- sheet metal part, then extruded and then shelled to produce the look of the part I need. I need to produce a corner flat pattern that actually represents a 1” radius that can be welded.

I am trying to produce a sink bowl that is 6” tall inside x 10” wide inside x 10” wide inside in 20 ga stainless steel sheet.

Radius vs steel faith