AutoCAD Inventor :: Invert Bodies To Make Hollow Part Solid
May 4, 2012
So i draw a body (or assembly) and i would like to invert what i draw ( tubing for fluid flow) to be hollow and make the hollow part solid, is there any way that i could do that?
Is there a way to get that long tube and that rectangular part all around that middle circle.
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Open this picture. In the end it would end up looking something like that lamp shade. I got one part down so is there a way to get a bunch of those around instead of redrawing it?
I'm currently using the "Make components" feature to convert solid bodies into parts. This works great, but we use this method to construct angular roof structures, and after the parts have been made the parts have angular relationships to the .ipt files UCS co-ordinates. It would be very useful if I could align the longest edge of the part (Which is a timber truss) with the x axis in the model space and "lay" the plank flat on the X-Y plane.
I'm trying to split a single solid body into 2 solid bodies. The problem is that the body I'm trying to split consists of two separate pieces. I can split a body when it is a single piece no problem, but I'm having the problem when the two pieces are not joined at all.
When I try and split it on the origin plane it gives this error:
"Creating parting line failed. Could not build this Split"
When I try and split it on a work plane lying on one of the pieces it gives this error:
"Creating parting line failed. Modeling failure in ASM. Redefine inputs."
Or, another variation on this erorr:
"Creating parting line failed. Split feature could not create two bodies. Change the Split Tool so that split feature can create two bodies."
I have a model with solid bodies. I have used the combine feature to make cuts outs in some plates. The geometry is complex to model so Extrude cannot be used for cuts.
The body used for the combine can be at different angles and sizes. Due to this some of the combine features will not be needed or have no effect. This leads to the error message:
" The feature as specified did not change the number of faces (and may not have affected the part). Accept the feature that resulted, or use Edit Sketch or Edit Feature to change the feature definition." Is there anyway to suppress this feature automatically using i Logic?
I have an assembly file for a fan casing. We reuse this model and scale it up and doen depending on the size of fan.
For transportation we split the caing into several parts and join using flanges. The number and angle of splits changes depending on the job and geometry.
To model this we share a sketch through the parts and use the split solid command to split them.
I would like to able to create sub assemblies from the main assembly so that drawings and masses can be obtained for the sub assemblies. However, the 'Demote' command does not allow you pick individual solids from a multi solid part.
I have tried creating new parts from the split solids but these are not in the correct location as they are not constrained correctly.
Is there a way to use the Demote command as I am proposing? or is there a different method to split my parts?
Is it possible, via VB, to modify solidbodies color ?
Actually, I need to modify part color. But in some cases, the part color and the solidbody color are not the same. So I need to modify the Solidbody color, to match the part color.
I found the bodies in ComponentDefinition.SurfaceBodies, but I can't find something like ComponentDefinition.SurfaceBodies.Item(1).color.
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.
I have a pressure vessel which I am trying to analyse. Whenever I convert the solid into 'thin bodies', it loses some of the data. For example, a fillet and a supporting ring (refer to pic attached). I haven't been able to find any 'shell element' settings to adjust.
Also, I need to manually add contacts otherwise the vessel seperates into multiple bodies.
Even though the solid model is in contact, the 'midsurface' shell seperates it. Refer to part file attached.
I briefly tried to run the analysis as a solid model, but gave up as it was taking forever just to mesh.
Any way to suppress entire bodies in a multiple solid body part, using iPart, without having to suppress each individual feature for it. I am on Inventor 2013.
I have turbine rotor blade designed as per the aerodynamic considerations. The profile i obtained from the company is completely solid, I would like to make it hollow with a wall thickess of 5 mm. I tried if with the Shell feature of Inventor, and Since the profile of the blade is in different planes twisted in different angles, the Shell is not working very well. I have tried it with loft with different cross sections, but i am not getting a completely accurate profile. Is there any tool which automatically recognises the outside profile and will make the Inside hollow also in Inventor?
I'm creating a template part to line the inside of a wall with wall boards. All the boards are drawn as an array of seperate solid bodies which are to be made into components once the windows and appertures have been extruded out.
The problem is when the wall changes to a shorter length and then back again. the solids are re-created and the extrusion e.g. Window1 does not have the new solids in it's effected solids list, so I get an error.
Is there a way to set the extrusions "effected solids" (Not sure if that's the correct term) to all the solids all the time through iLogic or the API?
I have a Hole that cuts through 2 solid bodies, a gasket and a cover plate. I want to pattern the hole in BOTH solids at the same time, but the pattern feature dialog box will only let me select one solid at a time. I could pattern the hole in one solid before projecting to the other, but the quantity of the holes can change. When the quantity of the holes changes only the holes from the initial pattern are projected. For instance if I have 10 hole initially and it increases to 12 the 2 new holes do not project to the second solid body.
I'm trying to do a stress analysis on assembly with a mixture of thin bodies and solid bodies. The problem is that when I create the automatic contacts they are created as either all thin body or all solid body contacts. This of course causes the analysis to fail. It appears that there is no way to make a thin body contact become a solid body contact or vice versa.
I tried to run the entire thing as solid bodies but the I had to stop the analysis after 18 hours of continuous processing. (and a memory upgrade)
convert the part that I have drawn to sheet metal. I have tried to make the part from sheet metal and it did not work out at all. I have attached both versions of the part.
I am making a design on inventor 2013 for a colleague who does not know how to use the inventor.
I want to make the solid and then set something up that allows the user to change a few of the parameters of the solid in a very user friendly way (i.e. a box that says "cylinder radius" and has an input box so the user can enter a value).
I do a lot of CNC milling of molds for foundries. Lately I get a lot of models that need cores and they are made without regard to the inside dimensions. Usually I explode them and break them down as far as I can then delete all but the inside surface then reloft the geometry as a solid. More and more models are coming with very intricate cores.
Any easier method of creating the solid core. Attached is a simple model of a simple part. How would the inside hollow area be created as a solid?
The part i make is from solid model>The part needs to be in sheet metal.What steps do i use to make as sheet metal part and have option to flatten part.
I have a part that has protrusions. When i mate that part up to another part that second part needs to have cutouts/holes to receive those protrusions.
i mainly use it in sheetmetal parts. and use the rectangular protrusions on de contour to mate up with corresponding cutouts in the other sheet. this works with positioning and also makes for a nice weld spot/area.
But also for making holes to accommodate a mold pin used in custom punch dies. I want the intervening part to receive a corresponding (propperly tolleranced) hole automatically. Much like a bolted connection does.
same for parts like circlips. i want them to automatically generate the seat in the part it's mated to. Rather than using the axle generator.
Ofcourse one can place the parts and do an in assembly interpart projection and go from there, but i want the part to generate the (predifined) modification to the other part. It would save time and also reduces problems as the parts are moved about or even removed.
I'm modeling a temperature gauge and would like to have glass over the gauge so the inside is visible. I can easily do this with an assembly, but I'm wanting to do this with a single part. I tried to derive a new part from the assembly, but the transparent part turns solid so nothing inside is visible. Is it possible to do this?
I've include pictures of what I want and what I end up with.
Inventor Professional 2013 Intel Xeon W3680 @ 3.33Ghz 12GB DDR3 RAM NVIDIA Quadro 2000 GPU Windows 7 Professinal 64-bit
I have created the part based on piece of standard angle taken from library. Now I want to make a mirrored copy of this part by Component-Mirror.
Inventor does not let me do it with standard part.
The question is: How I can transform a standard part to normal one, I mean I could get rid of belonging to standard part? Making a copy does not work. The only way is to derive and mirror this part but I wish there could be easy way.
I am using inventor 2013. I currently have a IGES file that doesn't show the surfaces on my inventor drawings. The include all surfaces feature is check but still doesnt show all the surfaces. I just recently imported a IGES file as a soild part but i do not rememeber how i did it. Once I clicked on the IGES file to open and then click options. What do I fill out on the option dialog box that the IGES file imports as a solid part and shows all surfaces on my inventor drawings.