I'm having no problems creating the contour roll, but it won't let me add flanges to the outside edges. I have attached a file that shows the measurements that I want. I need to be able to create a flat pattern. The material thickness is .1046" and 3" deep.
I made a sketch for a bracket and used sheetmetal/contour flanges tool to make solid.I had to use 2 contour flanges to get the shape as i could not get it to work with 1 contour flange.Is this not possible due to something wrong with my sketch?
Other question is have i used the Cut tool correctly for the cut out of the brackets?
I have sketched a fan casing which consists of a series of tangential arcs. The sketch is fully defined but when I try to use "Contour Flange" I get the following error:
Sheet Metal: Contour Flange Creation failed. 19-3-101-26-2.ipt: Errors occurred during update The attempted operation did not produce a meaningful result. Try with different inputs. Try decreasing bend radius Feature Compute failed.
My guess is the end points of the arcs are not defined correctly but I do not know how to fix. I have attached the file.
I've been having some issues recently with Sheet Metal parts. I am attempting to make a part that looks like this:
The only way I have been able to do this so far is by doing a contour roll to get the rounded part and then add the flanges on as part of an assembly.
I have attempted to do it as one Sheet Metal piece but I continually run into the problem where I cannot refold the part once I have the flanges.
Here are the steps I have gone through:
1. Created a contour roll to the necessary angle to get my desired dimensions 2. Unfolded the roll 3. Created my hole pattern 4. Folded back the flanges
This is where I got stuck. I attempted to refold the part between the bends but it will not let me do this. If I have one flange, I am able to refold but not when I have 2.
Another problem I have encountered is when I get one flange done, the thickness of it is larger than the rest of the part.
Autodesk Inventor Professional 2011 Windows 7 for Mac 80GB HDD Partition Intel Core 2 Duo @ 2.66 GHz 2.75 GB Usable RAM
Inventor is awesome, quick to learn but sometime i get really blocked..Makes 2 hours i am trying everything to recreate a sheet of paper (a4) bended like a cone that isn t perfectly round but with the bottom flat.
I have attached a photo of what i am trying to create.I have tried to make it with using a triangle isosceles as the bottom and curve a sheet of metal using the "contour roll" between the 2 isocele sides.
I am getting an error message (see attached) when trying to create a contour roll using sheet metal, I have tried editing the sketch to open loop however I cannot get the contour roll to preview on the part.
The part is a short length of square hollow section from which I am trying to apply the roll to, there seems to be a problem in projecting the geometry on the end of the part
Inventor 2013 SP2 64-bit edition Product Design Suite Ultimate 2013 64-bit HP Z400, Intel Xeon W3550 3.07GHz 12.0GB RAM, ATI FirePro V4800 (FireGL)
Inventor 2013-I'm working on a sheet metal cover using contour roll and I find when I dimension the flat pattern that radii that should be the same are not. Can my approach is fundamentally flawed? I tried making this part out of one 220 degree contour roll and I found when dimensioning that the center points of the arcs are not symmetric as expected. I then used two contour rolls to create the part basing the second contour roll on the first contour roll sketches and I still have the same issues.
I am trying to design a welded Iron tank whose caps are made of sections, then welded together. I made one section using Contour Roll on Sheet Metal, and worked fine, but when I made the Flat Pattern it mades a square.
I want to make a contour roll and use the developed length option. How do I accomplish this.
The only way I can get this option to be available (not greyed out) is to have a closed loop sketch, if I have only a single line line sketch this option is not available.
What I have is a bracket that sits on a pitched roof (ipt attached). The part was set up to reflect the positioning. On the lower side of the pitch, the easiest thing was to scuplt the flanges to the slope. Although the flat pattern results in some edges not being perpendicular to the face (See image). These show on the drawing. I realize you can remove these in the drawing but it would be nice to not worry about it.
What would be a better way of handling this situation?
I am working on a bin type unit, and am having trouble creating a flange, I am creating the bin in the final product stage, then I will separate into manufacturer components. I am having trouble adding this flange around the top 4 edges of the bin. I need the four corners to meet on a miter 45. I will then rip down each seam and have 4 separate panels.
Is this a bad workflow? Is there a better route? I attached the part in Inventor 2013 format,
I am trying to make a way that suppress the flange features of all the panels that will be insert in the assembly so i can suppress all the features at ones in a assembly and don't have to do that for each panel separately.
I have a assembly with parameters and i have a part with no geometry but have linked the parameters from the assembly. In my panel part i link the parameters to the part with no geometry.
When i use the parameter in the assembly to suppress the flanges that works the way i want it. But when i insert the panel part into that assembly it doesnot work.
I am trying to create a sheetmetal part and flat pattern of a 72" radius section with 3" split flange top and bottom.I have searched the Discussion Group and several other sites with no results.
I have tried to do a lofted flange. It works, but there is an extra bend that I don't understand why it is there. The bends, I would assume, should be symmetrical but they are not. I have attached the part.
I would like to know if there is a way to have the Schedule as an I-Part parameter of a flange. I'm trying to create a custom flange for use in the content center and would like both size and ID to be picked from a drop down when placed into an assembly.
Since it's a flange not a pipe I can't use the standard tube & pipe authoring method.
I'm trying to make this part on Sheet Metal, and I have to offset this flange at 28 degree that meet 0.37". The thickness is 0.12". Currently, the only method that I know how to meet that 0.37" is by playing around (guess and check) with the number in picture 3. Any other methods to create this offset part.
I tried to create a overlap flange in sheet metal, but the result is not what I want as I cannot select the gap edge near the circle portion. I attached the file here.
1) I have assembly containing pipe and a flange. I want flange size to correspond pipe size. In other words, when parametrically change pipe size, flange size to be updated automatically. ( do i need to have two parts - pipe and flange, or it can be one assembly without need to create parts?)
2) Is it possible to control type of flange (slip-on, weld-neck.. etc) by parameters or need to make different assemblies for different flange type?
3) Then when flange and pipe sizes are updated would like to make overall length of that assembly whole number (since hub length changes with the flange size). how to round that overall length to integer?
how I can combine the bend function & flange in an animation. The problem is that I'm unable to use flange when the plate is nearly 98% flat (which I need to remain the radius for favorite parameters - bend function).
I have to make a roll of tape in Inventor, but I'm not too familiar with/used to the program. It's the small invisible adhesive tape, like the kind you'd find in office. So far, I sketched and extruded the plastic part the tape gets wrapped around, which is basically just a small tube. I also have a rectangle that's really long for the actual tape part, and that's extruded but very thin. they're both made as standard.ipt files. I opened a standard.iam file to put them together using constraints, but I'm not exactly sure how. I have the edge of the rectangle on the outside of the circle, so I just have to wrap it around. I'm assuming I just bend the rectangle (tape) around the circle (plastic part), but I don't know how to do that.
I have two cooling rools( just two cylindrical drums) a sheet is been passed on this. Wonder how do i draw the flexible sheet, actually i have many cylindrical rolls placed at different locations - all i want is a thin sheet to be passed onto each of those drums. Just like belt and pulley, but here sheet and a drum. Its very difficult to calculate dimensions and constrain, instead am wondering how do i create a flexible sheet of fixed length and constrain it so that they rest on top of the drums.
I'm still new using autodesk inventor and still learning. I have trouble to cut the plate (Penahan Depan.ipt) follow the radius of the roll (Roll.ipt).
I am currently working with an elliptic profile that needs to be unfolded. The part consists of two sketches, with each sketch having two ellipses. The ellipses on each sketch then forms a cross-section where the thickness of it is supposed to be 8 mm (the first ellipse is offsett).
My plan is then to generate a mold for the inner and outer sides of this part by using the "Lofted flange" function and Rip, since I want the flat pattern of it. However, I've found that I can not select my offset ellipse when using Lofted flange, only the original one. I'm thinking that this might be caused due to the offset ellipse not actually being an ellipse but a spline (I read somewhere that there are two ways of offsetting an ellipse. One generates a mathematical ellipse and the other a spline). Creating an new ellipse and then saying that the a and b distance should be 8 mm less than the other ellipse will work, but that will not give me a constant wall thickness of 8 mm along the circumference of the elliptic cross-section.