Posted by rainman8889 |
3/18/2005 5:05 AM | remove |
Neat! The ice looks like some kind of foam insulation flapping in the breeze.
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Posted by Kennerado |
3/19/2005 7:54 AM | remove |
Very cool
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Posted by Chronic |
3/26/2005 11:21 PM | remove |
Towers are designed with "Radial Ice" parameters. For instance, central Canada designs usually use 1" whereas on the east coast in Newfoundland, it could be 3 to 4".
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Posted by Ex3cutor |
4/17/2005 4:05 AM | remove |
It's really a "cool" pic ;)
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Posted by IIVQ |
5/1/2005 2:16 PM | remove |
Weird though it does form on the antennas but not on the tower itself...
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Posted by Chronic |
5/4/2005 3:07 AM | remove |
It will form on aluminum elements before steel members.
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Posted by IIVQ |
5/7/2005 11:11 AM | remove |
why?
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Posted by GreyDeath |
5/7/2005 6:20 PM | remove |
My guess is that it doesn't retain heat as well as Steel does so it's more susceptible to temperature changes, thus making it freeze faster.
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Posted by TurboZutek |
5/29/2005 7:57 PM | remove |
Steel has a higher specific heat than Allu alloy.
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Posted by IIVQ |
7/31/2005 11:58 AM | remove |
TZ: that comment of yours is bs and has nothing to do with this, iirc.
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Posted by atomx |
7/31/2005 4:19 PM | remove |
Not necessarily so. As specific heat goes, the sun if it can get to the steel can heat up the steel faster than the aluminium and therefor shed the ice faster.
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Posted by Logan |
11/2/2005 7:39 PM | remove |
that is cool
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Posted by seany |
11/3/2005 3:23 AM | remove |
quite literally
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