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I have been researching for a project at work and . I am hoping you might assist us in our research.
We are looking for information for snow friction on a metal roof of an
unheated building. We have had no luck so far. We also are curious about
other research on valley drift.
Briefly, the situation we have is an unheated building with a 350 PSF ground
snow load and a standing seam metal roof. The roof panels have sustained
damage in the field and in the valleys due to sliding snow and ice.
If you can assist us or direct us to another source it would be greatly
appreciated.
Or copy this URL:
https://www.metalroofing.com/spirit/comment/808/find/
I have been researching for a project at work and . I am hoping you might assist us in our research.
We are looking for information for snow friction on a metal roof of an
unheated building. We have had no luck so far. We also are curious about
other research on valley drift.
Briefly, the situation we have is an unheated building with a 350 PSF ground
snow load and a standing seam metal roof. The roof panels have sustained
damage in the field and in the valleys due to sliding snow and ice.
If you can assist us or direct us to another source it would be greatly
appreciated.
Or copy this URL:
https://www.metalroofing.com/spirit/comment/809/find/
I am sorry but I really do not know of any information of the technical nature that you're seeking. Perhaps some other users of this forum will.
As you can well imagine, there are a great number of factors which come into play with this issue. Typically, though, the snow would be shed as soon as the sun came out and a little raidant heat from the sun was reflected back outward by the metal roofing.
However, again, there are many variable factors involved as well.
If you'd like to, please call me at my office sometime. I'd be glad to discuss this in more detail.
Todd Miller
Tel. 1-800-543-8938 ext 201
7/25/2002
7/25/2002
Isaiah Industries, Inc.
7/30/2002