Gampel Ceiling and Roof Repair On BOT Special Meeting

[Dogdeacon]

Why not just blast away all the paint & fabric off and go with bare metal?

Always thought the ceiling at Gampel absorbed noise, making the building quieter than it should be. This is why you can often hear a pin drop while UConn is shooting free throws - the silence spooks our own team and with louder acoustics the home-floor advantage would be augmented.

 

[gampelcrazies]

Why not just blast away all the paint & fabric off and go with bare metal?

Always thought the ceiling at Gampel absorbed noise, making the building quieter than it should be. This is why you can often hear a pin drop while UConn is shooting free throws - the silence spooks our own team and with louder acoustics the home-floor advantage would be augmented.

Isn't it supposed to be that quiet when UConn is shooting free throws?

 

[Dove]

I don't think 10 million is a lot. After watching the video on UConn's website it looks like a lot of work.

It will come to 17.2M when its done.

 

[CL82]

Why not just blast away all the paint & fabric off and go with bare metal?

Always thought the ceiling at Gampel absorbed noise, making the building quieter than it should be. This is why you can often hear a pin drop while UConn is shooting free throws - the silence spooks our own team and with louder acoustics the home-floor advantage would be augmented.

The the insulation behind the fabric and the air gap between the panels is what insulates Gampel. If you take it away, it would be tough to keep the place warm and condensation from people's breath would end up raining on the court.

 

[HuskyHawk]

The the insulation behind the fabric and the air gap between the panels is what insulates Gampel. If you take it away, it would be tough to keep the place warm and condensation from people's breath would end up raining on the court.

Which doesn't mean that they couldn't use something other than fabric on the surface. That would be the best result in my opinion.

 

[CL82]

Which doesn't mean that they couldn't use something other than fabric on the surface. That would be the best result in my opinion.

Yep. I see the same thing happening 20 years down the road if we re-wrap the existing panels. I didn't like the look of the test sample covering panel particularly. Hard to say though without a larger sample. FWIW some of the test panels that were re- wrapped looked pretty bad too, like a bad upholstery job.

 

[Dogdeacon]

Yep. I see the same thing happening 20 years down the road if we re-wrap the existing panels. I didn't like the look of the test sample covering panel particularly. Hard to say though without a larger sample. FWIW some of the test panels that were re- wrapped looked pretty bad too, like a bad upholstery job.

Yep, remember hearing about this vaguely and watched some of that video. So my layman's diagnosis would be put the insulation on the OUTSIDE panels and have the interior ceiling separate and not connected to insulation. Since they are accessing from the outside anyway this should be possible. Then theoretically the new panels can be a more acoustic, hard surface that isn't prone to peeling or subject to expansion, contraction moisture that affects insulation.

 

[UCweCONN]

The the insulation behind the fabric and the air gap between the panels is what insulates Gampel. If you take it away, it would be tough to keep the place warm and condensation from people's breath would end up raining on the court.

How are roofs at other arenas designed? I've never seen a roof situation as ugly as ours.

 

[CL82]

How are roofs at other arenas designed? I've never seen a roof situation as ugly as ours.

I like it, well when stuff's not pealing off of it. My favorite is probably the RAC at RU. The ceiling is at an angle and reflects the crowd sound back at it. It get very loud in there, at least when they have something to cheer about.

Yep, remember hearing about this vaguely and watched some of that video. So my layman's diagnosis would be put the insulation on the OUTSIDE panels and have the interior ceiling separate and not connected to insulation. Since they are accessing from the outside anyway this should be possible. Then theoretically the new panels can be a more acoustic, hard surface that isn't prone to peeling or subject to expansion, contraction moisture that affects insulation.

If they take this approach, which seems doable, I think they would fasten the new panels over the existing ones which, though unattractive, are still structurally sound.

 

[SoCalCanine]

Wow! I never realized how many structural engineers we had on the Boneyard!

 

[Dogdeacon]

Wow! I never realized how many structural engineers we had on the Boneyard!

Actually the ceiling shouldn't require a structural engineer (maybe sign off by one) so long as the weight fits within what the structure can support. How's that for over-reach

 

[junglehusky]

Actually the ceiling shouldn't require a structural engineer (maybe sign off by one) so long as the weight fits within what the structure can support. How's that for over-reach

I'm waiting for a structural analysis of how much weight a geodesic dome can support (I think it's a lot?)

 

[CL82]

Wow! I never realized how many structural engineers we had on the Boneyard!

We don't have many basketball coaches or ADs either. That's not stopping us from posting.