Hi there, I'm new to the forum and I hope some of you fabricators can help me out!
I'm trying to figure out how to factor in material thickness to my flat patterns.
Say I lay out a cone on a 1/4" plate - 12"dia to 10"dia and height at 6".
When I roll that cone, will the dimensions I used end up being the mean diameter? (in the middle of inside and outside diameter) or would my dimensions end up being the inside diameter?
For instance, if I wanted a 24" ID cylinder out of 1/4" plate I would cut my blank (24+0.25)(pi)=width
and if I wanted it 24"OD I would cut my blank (24-0.25)(pi)=width. Simply just adding and subtracting material thickness.
I just got this flat pattern unfolding software (Sheet Lightning Pro) and it has all of these cool 3d profiles like offset cones and square-to-round transitions where you just type in a few dimensions for the variables, but I can't find any inputs for material thickness. Just trying to avoid wasting a bunch of good material trying to figure it out.
If anybody has some advice I would really appreciate it. Thank you!
I'm trying to figure out how to factor in material thickness to my flat patterns.
Say I lay out a cone on a 1/4" plate - 12"dia to 10"dia and height at 6".
When I roll that cone, will the dimensions I used end up being the mean diameter? (in the middle of inside and outside diameter) or would my dimensions end up being the inside diameter?
For instance, if I wanted a 24" ID cylinder out of 1/4" plate I would cut my blank (24+0.25)(pi)=width
and if I wanted it 24"OD I would cut my blank (24-0.25)(pi)=width. Simply just adding and subtracting material thickness.
I just got this flat pattern unfolding software (Sheet Lightning Pro) and it has all of these cool 3d profiles like offset cones and square-to-round transitions where you just type in a few dimensions for the variables, but I can't find any inputs for material thickness. Just trying to avoid wasting a bunch of good material trying to figure it out.
If anybody has some advice I would really appreciate it. Thank you!