i have 2 pieces of square tubing that are 90 degrees to each other, end of one is mated to the side of the other
why can i not create a full continuous filet weld at the joint, all around... as attached, it looks like caca....
if i do it in real life, i would take the mig, and weld contiously and it wouldnt look like that below
Inventor weld module is not that smart. Try using the "Gap-Weld" to fill in the gap.
Try butting two plates together with a flat surface and run a simple fillet without any prep, no problems on the shop floor.
try to change the fillet to fit the joint corner,if poosible can you provide the dataset for further investigation.
Hi! There is always room for improvement in any given product. However, this particular case may not be as easy as it seems. If I understand the requirement correctly, the weld bead has to go all around. For outside faces, it looks OK. There should exist a solution to wrap around the gap and the corners. The tricky part is the inside. The fillet weld would have to undergo drastic convexity change in order to fill the gap and fillet the corners. The best solution I can find is using a groove weld to fill the gap and a fillet weld to fillet the corner. It still requires two weld features and the resultant weld beads are not continuous all around unfortunately.
If you know any CAD package can provide a better solution here, please let me know asap.
Thanks!
simply speaking, it shouldnt be that difficult...because it is cosmetic...a true weld actually integrates the workpieces together
normally the beads are 45 degress to the "center apex" of the joint
it would almost be easier to be able to draw a base loop where you want the corner to be and have the fillet expand equally out
and no, i dont use another package
Hi! Unfortunately, Fillet Weld is not cosmetic. It has 3D geometry controlled by parameters. For Cosmetic Weld, it can be done easily but it won't look as nice as in real world.
So, would you say if Cosmetic Weld can be created with a more realistic appearance, would it be a satisfying solution? The downside is the mass of the weld beads cannot be calcualted.
Thanks!
Attach the files here.
The only way I was able to get the fillet weld to work like you specify, was to notch the frame member to the perpendicular one.
I don't do this because we don't cope the ends of the square tube anymore.
On this pic it is a fillet becase you have a mate between faces, on your first ips there is a gap, so you need to use "groove weld" select one face, check chain so that you can do an all around weld, then in number 2 selct the other face, finaly select direction (a perpendicular line) and that should be the solution.
Check groove weld video on this page
@Anonymous wrote:On this pic it is a fillet becase you have a mate between faces, on your first ips there is a gap, so you need to use "groove weld" select one face, check chain so that you can do an all around weld, then in number 2 selct the other face, finaly select direction (a perpendicular line) and that should be the solution.
Check groove weld video on this page
He probably either figured it out, or gave up 4 years ago
Maybe useful info for others though.