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Impossible variable fillet

4 REPLIES 4
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Message 1 of 5
Anonymous
107 Views, 4 Replies

Impossible variable fillet

Can anyone put a variable fillet on the under side of where the extruded
half circle and the swept surface meet. It needs to be 3/16 R at it's mid
point. With all due respect to Peer and his world cup I will concider anyone
who can do this the greatest Inventor user on the planet. See CF same
subject

goodluck!!!
4 REPLIES 4
Message 2 of 5
Anonymous
in reply to: Anonymous

Hi Mike
A variable fillet like your's seems to be out of IV's capabilities, at this
time. But I doubt, that it would be a good solution. In my opinion, the
outer faces should "melt" into one another. I made a surface divide approach
instead, look at the Inventor CF autodesk.inventor.customer-files.

I've tried to play with the weight option, but I wasn't satisfied here. I
think Rhino can to some improvement.
Regards
Walter


"Mike Cormier" schrieb im Newsbeitrag
news:432D4680C291A2850D2E112F964A3E05@in.WebX.maYIadrTaRb...
> Can anyone put a variable fillet on the under side of where the extruded
> half circle and the swept surface meet. It needs to be 3/16 R at it's mid
> point. With all due respect to Peer and his world cup I will concider
anyone
> who can do this the greatest Inventor user on the planet. See CF same
> subject
Message 3 of 5
Anonymous
in reply to: Anonymous

0.1875" you say, file in INV CF. It lacks bulk at the ends due to the
diminishing edge and should blend. If you blank off like in Walters model
could probably be better, acuteness of angle between faces dose not help.
Its been logged already.

--
Laurence,

Power is nothing without Control
---


"Mike Cormier" wrote in message
news:432D4680C291A2850D2E112F964A3E05@in.WebX.maYIadrTaRb...
> Can anyone put a variable fillet on the under side of where the extruded
> half circle and the swept surface meet. It needs to be 3/16 R at it's mid
> point. With all due respect to Peer and his world cup I will concider
anyone
> who can do this the greatest Inventor user on the planet. See CF same
> subject
>
> goodluck!!!
>
>
Message 4 of 5
Anonymous
in reply to: Anonymous

thanks Walter

Your solution gave me some options to think about

mike
"W. Holzwarth" wrote in message
news:5BAFB36A9C84007E2995C6A3A43B57E0@in.WebX.maYIadrTaRb...
> Hi Mike
> A variable fillet like your's seems to be out of IV's capabilities, at
this
> time. But I doubt, that it would be a good solution. In my opinion, the
> outer faces should "melt" into one another. I made a surface divide
approach
> instead, look at the Inventor CF autodesk.inventor.customer-files.
>
> I've tried to play with the weight option, but I wasn't satisfied here. I
> think Rhino can to some improvement.
> Regards
> Walter
>
>
> "Mike Cormier" schrieb im Newsbeitrag
> news:432D4680C291A2850D2E112F964A3E05@in.WebX.maYIadrTaRb...
> > Can anyone put a variable fillet on the under side of where the extruded
> > half circle and the swept surface meet. It needs to be 3/16 R at it's
mid
> > point. With all due respect to Peer and his world cup I will concider
> anyone
> > who can do this the greatest Inventor user on the planet. See CF same
> > subject
>
>
Message 5 of 5
Anonymous
in reply to: Anonymous

Thanks Laurence
I've got to rethink this design

mike
"Laurence Yeandle" wrote
in message news:8E272479BEF1813336259A4560B2643B@in.WebX.maYIadrTaRb...
> 0.1875" you say, file in INV CF. It lacks bulk at the ends due to the
> diminishing edge and should blend. If you blank off like in Walters model
> could probably be better, acuteness of angle between faces dose not help.
> Its been logged already.
>
> --
> Laurence,
>
> Power is nothing without Control
> ---
>
>
> "Mike Cormier" wrote in message
> news:432D4680C291A2850D2E112F964A3E05@in.WebX.maYIadrTaRb...
> > Can anyone put a variable fillet on the under side of where the extruded
> > half circle and the swept surface meet. It needs to be 3/16 R at it's
mid
> > point. With all due respect to Peer and his world cup I will concider
> anyone
> > who can do this the greatest Inventor user on the planet. See CF same
> > subject
> >
> > goodluck!!!
> >
> >
>
>

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