AutoCAD Inventor :: Exporting Welds Along With Parts From Weldment?
Apr 22, 2013
Is it possible to export a weldment and include the weld volumes? I'm attempting to export to an .stl file and the welds are missing in the resultant file. (Or am I doing something wrong?) The weldment was converted from a standard assembly file, but the BoM structure was set to Normal, not Inseparable.
In the attached assembly, I would like to fill the four corners (see Figure 1) with weld to make one smooth bead around the perimeter of the end cap rather than using fillet weld to lay down four linear beads along the edges. I accomplished this with a groove weld (see Figure 2). However, problems occurred (pasted below) when I attempt to weld this piece to a surface.
Error message:
" Create Weld Feature: problems encountered while executing this command. example.iam: Errors occurred during update Fillet Weld 3: Could not build this Fillet Weld feature The attempted operation had problems trimming and discarding faces. Try with different inputs."
When I had the four original fillet weld beads, I could fillet weld this part to a surface no problem (see Figure 3). When I switched it to a groove weld to get the desired corner appearance, I get errors. I tried to mess around with the tick boxes in the groove weld dialog box to try to fix the problem but nothing worked.
Ultimately, my problem can be solved if I could simply fill the corner gaps without using the groove weld command. This would eliminate the errors associated with fillet welding over groove welds.
Let me know if the attached files do not work. This is my first time uploading an assembly and its associated part files.
Figure 1: Corner with fillet welds (need to fill that gap)
Figure 2: Corner with groove weld (gap filled)
Figure 3: Fillet welded (concave) to plate. Still need those corners filled.
What might cause some parts to retain there weld prep chamfers in the part file & other parts don't show the chamfers except in the assembly like an assembly feature?
I noticed that when parts were in a pattern & Weld Prep/chamfered, they retained the chamfer feature in the part.
I need to export an assembly into revit on by-part basis, with the reason being the need of preserving properties of every part of the assembly.
However, when i try to do that programmatically, no properties are preserved in resulting families. Here is the code i use:
Sub ExportSeparateComponentsWithoutSupression() Dim oAsmDoc As AssemblyDocument Set oAsmDoc = ThisApplication.ActiveDocument Dim oCompDef As AssemblyComponentDefinition Set oCompDef = oAsmDoc.ComponentDefinition [code]........
I'm using VB.NET and Inventor 2010. I want to export parts list from idw file to xls or csv file. I checked the internet but could not find trace only exporting BOM from IAM...
I can open inventor and open idw file in VB.net. But could not reach to Parts List.. I checked Inventor2010ObjectModel and sawDrawingdocument>DrawingBOM but could not get success.
I am preparing a weld map for our welding shop, and they would like me to balloon each joint and create a table with each joint's number, so that the welder/pressure tester can sign off. Is there a way to balloon joints and not parts, or make a custom ballooning scheme?
Not welds from a model, but if I go through 4 .idw sheets of details...and annotate all of my welds is there a way to assign numbers to them without manually entering them?
Our welds are track by number through QA, and depending on the amount of sheets and welds in a set of drawings for a given assembly, sometimes it's a real chore when you realize you forgot to add a weld to something on page 2 when you've already edited weld tails through page 5.
Inventor 2014 Windows 7 Pro SP1 Intel(R) Core(TM) i7-3770k CPU @ 3.50GHz 16GB RAM NVIDIA Quadro 4000 3D Connexion SpaceMouse Pro
I have a weldment with about 200 welds in ti. In my industry being able to track and give each weld a specfic number and log it into the "books" is a big plus. I am starting to detail the assembly i have created and i am running into a problem. I know i can turn all the welds off in views in an IDW file. I can even make levels of deatil and surpress certain welds and such. This is extremely time consumming and not the easiest way of doing this. Is there another way of say turning off two out of five welds in a detail view? If not i think we will be looking for other software options. Considering our larger models will have 750-1500 welds this would be a nightmare.
I'd like to make a rectangluar pattern of a part that is groove welded into a plate. Inside the pattern command I can select the part but not the weld. How to avoid having to do each weld individually?
I need to show fillet welds between the bar and the curved surface. There is a small gap there (3/8" bar against 2 3/4" O.D. tube) and IV and neither groove or fillet weld works. How to show the weld?
If certain modelling / sketch features should be avoided under the machining feature group.
I have an assembly file containing three part files, plus a weldment feature and machining features. In the real world this sub-assembly represents two metal components welded together, of which the third (plastic) component is then inserted, and this is followed by the final machining process - adding the staggered slot (see jpeg 1).
My problem is I get an error message as soon as I try to activate editing the weldment feature group (see jpeg 2). Clicking ‘Accept’ I can then edit the current weld, but I can not add any new welds. Inventor will let me choose to place a new fillet or groove weld, and even show a preview (see jpeg 3). But on clicking ‘Ok’ or ‘Apply’ I get another error message from which it won’t let me proceed (see jpeg 4 (in my second post)).
The error messages relate to the constraints placed on the work planes used to achieve the model features (extrusions, revolutions, chamfers, etc) under the machining features group.
A couple of points; the weld(s) have to proceed the machining features so each manufacturing stage can be clearly illustrated on the drawing of the sub-assembly. And yes in this case I could remodel the assembly, but it is time consuming and regularly our customers will want the design tweaked, so having to remodel every time would be unacceptable. Thirdly, I believe the work planes are needed to constrain the sketches (see jpeg 5 (in my second post) - the work plane is constrained to the ‘red highlighted dot’ and tangent to the cylindrical face).
I have a medium sized assembly that I was working with. I decided I needed to create a weldment, so I stripped the assembly of all subassemblies, individual parts, etc and saved it as a different name. However, Inventor will not allow me to convert it to a weldment. That optoin is greyed out.
The only thing I can think of is I have a base part that I have hidden. It is used to drive the assembly. Perhaps that is causing a problem, but I cannot remove it or all associativity will be lost. I deleted it temporarily to try, but did not save it. The convert to weldment option did not appear after I deleted it.
I'm trying to model plug welds in IV2014. I've read all the posts here that say that I need to split the hole faces. Problem is, the split face command doesn't seem to appear in weldments. I want to make the holes to be plugged as a weld preparation. Am I just missing something here, or is IV so backward that a common weld can only be achieved when not working with a weldment?
Inventor Pro 2014 SP1 HP Z400 Workstation Intel Xeon W3565 @ 3.20GHz 12Gb RAM Win 7 64 Pro SP1 Spacepilot Pro v3.17.4
I just was upgraded to Inventor 2014. I've got an assembly that I want to convert into a weldment. The "Convert to Weldment" icon doesn't appear where it used to be in 2013. I cannot find a way to make it pop up. Is it no longer possible to use this button to convert a an assembly into a weldment?
I started my project, the design is basically a bulkhead chassis design with multiple access panels on all 3 sides. I wanted all of the hole patterns on this assembly to be based on one sketch. So I created a base part inside the assembly, this part compiled of sketches and the sketches compiled of construct lines and points (for panel and chassis fastener hole patterns). This was going great, after learning a couple tricks.
Manufactuing had determined that I need to machine the holes on the chassis after welding. Which means I need to move the adaptive features, from the part files, to the assembly file.
So here is my problem, assembly sketchs are not adaptable? Either projecting to (from that base part file), or projecting from (from the assembly sketch to the part file). I tried both. How I should model this? How do I make weldment machining adaptive?
Open the attached file 207665-124.ipt. how their is only one Solid Body, but the iam needs to be updated because the user added one more part to the assembly. As soon as it updates now instead of one Solid Body I have 2. I don't want 2 and this is not typical. Even if I derive the 207665-120 into a brand new part file, it is only one body. What is causing this to seperate into 2 bodies? I tried to re-create this from scratch and can't, but he has several files like this that need updates and the 2 bodies causes problems with the holes.
(Inventor 2012) I have a weldment. I can make holes and save, I can make revolved cuts and save. I can make chamfers and/or fillets and save. But if I try to extrude a cut (any cut), I receive an error.
Problems encountered while saving the document. Error(s) detected while writing segment AmBREPSegment in database C:lah-blah.iam Error detected while saving object of type MIxTransactablePartition in C:lah-blah.iam Error detected while saving object of type MIxPartition in C:lah-blah.iam
The attempted write operation did not succeed. Part file may be corrupt.The database in C:lah-blah.iam could not be saved...
I have a weldment which includes a sheet metal part called sPart. I want to show a detail of the flat pattern of sPart on the weldment drawing and still be able to balloon the flat as the part of the weldment. So I clicked to add base view and selected sPart from the Preparation dropdown list under the Model State tab of the Drawing View dialog box. The problem is I cannot find an option for using the parts flat pattern.
My design consists of two steel rails that are welded together on top of a guardrail system. To allow the weld to be added between the steel rails I have converted my assembly file to a weldment.
My question is now I have this converted assembly with it's weld in the design can this still be used to perform stress analysis on ? I am not sure the need for assembly to be converted to allow a weld to be added.
I'm really struggling with constraining a weldment assembly. I've attached a JPG of the Assembly but I cant get the constrains to go where I want them.
Basically this assembly is a wheel with three equally spaced stays welded to a large nut hub. I have constrained the center axis of the wheel to the center axis of the Nut so the wheel and nut will remain aligned.
What I'm struggling with is constraining the three stays to the wheel and to the nut equally spaced around the nut.
I have this odd problem that when i want to do welds on a assembly, the machinng (holes) disappear. So i cannot put welding between a pipe and a hole made in a weldment.!
I was wondering if there is a way to change the appearance of a face in a weldment assembly environment. I have a weldment which in the machining process a part of weld bead as well as a portion of one of the components is machined down (spot faced) and I need to change the appearance of those face to polished, but it doesn't let me do that?
I am trying to replace a custom part - created from a content center part - with a copied part with a different name. (I am using the replace tool in an assembly.) However, Inventor is not replacing the part with the part I pick but rather the content center version of it.
On the main sheet of my drawing I have the overall Parts List. Shows almost all parts except for the few that we don't want to list. On the second sheet I inserted a Parts List to show only parts that are shown in a detail on that page, made the rest non-visible.
On the main sheet there is an item (#13) that has a QTY of 3. Two of those Three are optional parts. What I'm trying to do is insert a custom part into the Parts List, give it an item number of 13A and put in the description "OPTIONAL", then do an Override in the balloon to show 13A.
I get it in the Parts List, Apply it, close it, save the drawing. Looking at the Parts List, item #13A is there, but item #14 is gone. I go back into the Parts List and 13A is there and there's a blue box around the item # and the description. I uncheck Static Value and number 14 shows up (item # and the description).
Then I go over to sheet two, open that Parts List and it lists 13A at the bottom with all the info I added in sheet one and it's non-visible. Go back to sheet one, open the Parts List and there is no 13A to be found.
I am working on an assembly that is designed around a box (bounding box) that could change size. I modeled the bounding box and placed it in a new assembly file. All other parts have been created within the assembly by referencing that bounding box with starting work plane and project geometry.
The problem comes in when I change the bounding box dimensions. The work planes for each additional part, which were defined by the faces of the bounding box, do not move when the sides move. Also, my projected geometry is not updating correctly. This is a simple box, with all 90° corners. So, all associated parts (at this point) are just rectangles.