Your 2 outer surfaces of the solid body are not the same,
turn on curvature on the larger outside surfaces and you can see
differences where the surface ends at the point.
isoparameter curves are not the same either, they are
completely two different animals. Plus it's not solidworks that
make that surface, it's the parasolid kernel.
isoparameter curves are not the same either, they are completely
two different animals. Plus it's not solidworks that make that
surface, it's the parasolid kernel.
Hi,
my exercise is to create a 2 mm thickness without bad result or
strange solutions.
I attach a new file.
I explain the steps to be observed :
1 To use and adhere blindly curves shown in the file "pippetto.zip"
posted above
2 The surface must be one, grade> 3 and maximum continuity (call
it class-A)
3 No singularity
4 Create offset without "sweet" and possibly to avoid the "tailor"
with cutting and sweing.
my exercise is to create a 2 mm thickness without bad result or strange solutions.
I attach a new file.
I explain the steps to be observed :
1 To use and adhere blindly curves shown in the file "pippetto.zip" posted above
2 The surface must be one, grade> 3 and maximum continuity (call it class-A)
3 No singularity
4 Create offset without "sweet" and possibly to avoid the "tailor" with cutting and sweing.
Thanks,
Alessandro
Attachments
please see the attached part. it's not class A, because the curves you placed in that file isn't curvature continuous.
Attachments