Re: Welcome to the new Forno Bravo Forum
James,
I'm working on the design of a steel pan to support the oven. The 63"x57" pan will be bolted to a frame made from 2x6 ipe timbers or 4x4 ipe posts. The bottom of the pan is 3/16 steel plate with 3/16x2x2 angles on the perimeter, braced below with 2x2 angles across the middle in each direction. There will be a 3/16" 2x2 wire mesh tack welded to the top of the angles to reinforce the vermiculite concrete which will fill the pan to a depth of 4". Fire bricks will be placed over the vermiculite concrete base and a 36" Pompeii oven built over that.
I would appreciate any comments from you and from anyone with an engineering background to evaluate the structure. I have drawings and an ipe span table (I couldn't figure out how to attach them to this post). I believe the completed structure will weigh between 2,000 and 2,500 pounds. The load will be about 100 psf. I understand that vermiculite concrete has a compression strength of about 100 psi.
Thanks,
Ely
James,
I'm working on the design of a steel pan to support the oven. The 63"x57" pan will be bolted to a frame made from 2x6 ipe timbers or 4x4 ipe posts. The bottom of the pan is 3/16 steel plate with 3/16x2x2 angles on the perimeter, braced below with 2x2 angles across the middle in each direction. There will be a 3/16" 2x2 wire mesh tack welded to the top of the angles to reinforce the vermiculite concrete which will fill the pan to a depth of 4". Fire bricks will be placed over the vermiculite concrete base and a 36" Pompeii oven built over that.
I would appreciate any comments from you and from anyone with an engineering background to evaluate the structure. I have drawings and an ipe span table (I couldn't figure out how to attach them to this post). I believe the completed structure will weigh between 2,000 and 2,500 pounds. The load will be about 100 psf. I understand that vermiculite concrete has a compression strength of about 100 psi.
Thanks,
Ely
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