Creating Fabric Panels using Sheet Metal

Creating Fabric Panels using Sheet Metal

Anonymous
Not applicable
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Message 1 of 6

Creating Fabric Panels using Sheet Metal

Anonymous
Not applicable

I am trying to create fabric panels for a structure that my company is developing.  I am working on the 'eyelid' door and need to create a lofted flange between two arches that can be unfolded in sheet metal.  All of our fabric is cut in 2D so if I can't unfold the geometry it will not be useful to me.   

 

-I created a new assembly and removed all components that are not relevant, leaving just the two arches. 

-I created two planes off of the face of each arch.  (picture attached)  

-I created a sketch on each plane following the desired path of the fabric.   

-I created a new sheet metal part and derived the sketches from the assembly I had just created.  (picture attached)  

-I entered .001" for the material thickness in the sheet metal defaults.

-I then attempted to create a die formed lofted flange between the two sketches.  This created a preview of the loft (picture attached) so I assumed everything was working but, when I click ok I get an error and no flange is created.  

 

Do I need to add radii to the sketches? Do I need to change my K factor or bend radius?  I've also tried various other material thicknesses and nothing else will even create a preview of the loft.

 

I will try to attach the sheet metal file below by breaking the link to the base component (since I derived from another assembly and I can't share all of the individual parts)... not sure if this will work.    

Arches w Work Planes.JPG

Sheet Metal Derived Sketches.JPG

Lofted Flange Preview.JPG

 

 
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Message 2 of 6

Anonymous
Not applicable

Here is the sheet metal file...

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Message 3 of 6

JDMather
Consultant
Consultant
Accepted solution

I suspect that you will have better luck with surface Loft and the new Unwrap function.


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Message 4 of 6

3D4Play
Collaborator
Collaborator
Accepted solution

Try this, with the part you uploaded:

 

  • Convert it to a standard part
  • Loft it as a surface between the two open profiles
  • unwrap it, using whatever reference you prefer.

I THINK that gets you what you want.

Message 5 of 6

Anonymous
Not applicable

Yes, I tried this and it gave me exactly what I needed. 

 

Do you have any more insight in the heat map/grid that appears initially?  Is this to show where the surface is being stretched more or less?

 

Thank you

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