The Reason Why Engineers And Builders Use 92.25 Inch Wall Framing Studs And Not 8 Foot Tall Studs
There are a few reasons why builders and engineers use 92.25 inch wall framing studs instead of 8 foot tall studs. The most common reason is because it allows them to use two four foot wide pieces of drywall installed horizontally or one four by eight piece of drywall installed vertically without any gaps.
When you use 8 foot tall wall framing studs, you will typically have a large gap at the bottom, middle or top of the drywall. This can be a problem for engineers who are planning on using the drywall for shear value. Shear value is the ability of the wall to resist lateral forces, such as wind and earthquake forces.
Another reason why builders and engineers use 92.25 inch wall framing studs is because it can save them money on materials. If you use 8 foot tall wall framing studs, you will need to purchase additional drywall to fill in the gap at the bottom. This can add up to a significant cost, especially if you are building a large house.
How to use 92.25 inch wall framing studs correctly
If you are planning on using 92.25 inch wall framing studs, there are a few things you need to keep in mind. First, you will need to make sure that your foundation is level. If your foundation is not level, your walls will be crooked and your drywall will not fit properly.
Second, you will need to make sure that your wall framing is plumb. This means that the walls are vertical and straight. If your wall framing is not plumb, your drywall will not fit properly and your walls will look crooked.
Third, you will need to make sure that your wall framing is square. This means that the corners of your walls are 90 degrees. If your wall framing is not square, your drywall will not fit properly and your walls will look crooked.
Finally, you will need to make sure that your wall framing is properly braced. This means that there are enough horizontal and vertical braces to support the weight of the drywall and other materials. If your wall framing is not properly braced, your walls may collapse.
