Cubic Yard Calculator
Cubic Yard Calculator
Roof Pitch Calculator
Truss Calculator
Rafter Calculator
Soil Rating for Pole Embedment
Insulation R Value
Squaring Building Lines Example
For pole barns used for a garage, certain farm buildings, and many other uses, a concrete floor is a great addition.
Dirt and gravel floors are cheap but they are also hard to keep clean and maintain. Dirt and gravel floors are subject to
erosion when drainage is a concern for your site location.
Since there are no foundation walls in a pole building a floating slab can be poured
inside the poles using the skirt board for forms. The concrete is considered to float because it is totally independent of the building. Changes in temperature
and ground movement allow shifting of the foundation with no impact on the poles that support the structure.
A 1" foam expansion joint is placed around the perimeter of the foundation to isolate it from the wall framing of the building.
A typical sturdy slab will include leveling with base material, a 6 mil visqueen (polyethylene) vapor barrier, #4 rebar crossed on 24" centers, and 6" of 4,000 psi concrete.
Concrete Requirements for Floating Slab
| Cubic Yard Calculator | |
| Length (Feet) | |
| Width (Feet) | |
| Height (Inches) | |
Concrete Requirements for Foundation Posts
| Concrete Requirements - Post Holes | |
| Hole Diameter (Inches) | |
| Depth (Inches) | |
| Post Size | |
Notes:
To calculate footer only set post to 'None'.
We are not suggesting you fill your hole with concrete. This is for bottom cookie and footer calculations. See the post embedment techniques page for more info.
Example:
Footer Settings - 16" diameter 6" depth No post size
Bottom Cookie - 16" diameter 12" depth 6x6 post size
Add both together for hole requirement.
