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@U_Stormcrow @saysfaa I stand corrected.
I am in the middle of a 12" dump of snow, we typically get ice rain through the winters adding many pounds of weight to the snow load. It influences my opinion
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@U_Stormcrow @saysfaa I stand corrected.
I am in the middle of a 12" dump of snow, we typically get ice rain through the winters adding many pounds of weight to the snow load. It influences my opinion
Hey, OP here. I have truly appreciated everyone's comments.@U_Stormcrow @saysfaa I stand corrected.
I am in the middle of a 12" dump of snow, we typically get ice rain through the winters adding many pounds of weight to the snow load. It influences my opinions.
Ha! yes, kinda.... tho I went into the engineering field too.I've spoken to my dad who is an engineer (talking to him on these topics still gives me the shakes and I'm in my 50s, which I think many children of engineers will understand)
How will studs be orientated?For now I'll just say that studs are gonna be no closer than 24"oc apart
Make sure it sloped away from coop walls all around.and who woulda thought-we are building on a beautiful concrete slab.
Hey, OP here. I have truly appreciated everyone's comments.
I didn't mean to start such a firestorm,
Studs will be perpendicular to bottom plate, slab is exact size of coop and roof will overhang,Ha! yes, kinda.... tho I went into the engineering field too.
How will studs be orientated?
Make sure it sloped away from coop walls all around.
I live somewhere with only 16 inches of rain a year, where you wake up the whole family if there is frost on the grass in the morning, and where it never snows.
This is how I see it also.We are also (what passes on the internet, at least) "friends" or at least friendly adversaries whose differences are familiar and largely "bemusing" rather than anger-inducing.
It's all good until the coons and rats discover a weekness. A rat can chew through substandard walls, tunnel under and reak havoc.The key point, as noted above, is that the structure is sufficient to support the building, snow load and the occasional person on it.
This can be accomplished WITHOUT modern stud framing.
I have a 10' by 16' Woods KD constructed as it was designed in the very early 1900s - it uses rough cut 2" by 3" pine that is attached to the outer perimeters of wall panels made of rough cut 1“ by 6" pine boards, an additional 1" by 3" is used "in the middle" to prevent lateral movement of the panel and support of drop boards (see My Coop for details). The coop is built of 13 panels that are attached together using construction screws and threaded rod to tie together the two panels used on each of the sixteen foot side walls. The diagrams below show the wall panels:
View attachment 2962386
The design is less expensive AND less work that using stud walls.
I have been on the roof many times and have had 3' of ice and snow two winters running. There is no movement of the building under any of the circumstances.
1x6 walls backed by 1x3 laterals are thicker, and slower to chew thru than 1/2" plywood. 2x4 framing does nothing for rodent resistance. That centuries old (ok, only a couple centuries, but still, centuries) method is only "substandard" because its much slower than modern construction methods and unsuited to the compressive loads of multistory buildings and significant roof loads - loads of 10s of tons, not hundreds of pounds.It's all good until the coons and rats discover a weekness. A rat can chew through substandard walls, tunnel under and reak havoc.
It's all good until the coons and rats discover a weekness. A rat can chew through substandard walls, tunnel under and reak havoc.