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That's exactly what I did with my manifold plenum. The tubes extend into
the plenum with "bell" (trumpet) shaped attachments inside the plenum.
Sorry I didn't take any picture of the inside. It was made from 1/8
aluminum sheet with simple tools, then taken to the welder. It also made a
nice attachment point for the blow off valve and temperature sensors.
Dave Leonard
Sorry, I didn't mean to send the photo until I have permission from the
person who made the manifold. If he gives me the go ahead, I will send
more information. It's aluminum.
Bob White
On Sun, 8 Aug 2004 20:16:28 -0600
"Alex Madsen" <madsena@rose-hulman.edu> wrote:
> Hi Bob,
> I said it was similar, not the same. I am curious where you got that
> picture from. It looks like a nice manifold.
>
> Alex Madsen
>
>
>
> Hi Alex,
>
> Is that really the same as Tracy's intake? It looks like the tubes
> extending into the plenum is an integral part of his idea.
>
> If it works, maybe Tracy will explain it to us.
>
> Bob White
>
> On Sun, 8 Aug 2004 16:38:50 -0600
> "Alex Madsen" <madsena@rose-hulman.edu> wrote:
>
> > There are finally pictures of Tracy's new intake manifold design. I
> > have been thinking about a similar design in the past few weeks. It
> > is a simple construction that could be made as a single part with
> > carbon filbert. I got the idea for this type of manifold from
> > http://www.advancedinductionresearch.com/ when I was researching CF
> > intake manifolds. Attached is a conceptual drawing I did a few weeks
> > ago. I am very busy finishing my project at work and I will not have
> > much time to work on manifolds for 3 weeks. After that I would have
> > lots of free time and I will have access to schools machine shop.
> >
> >
> > Alex Madsen
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