Gable Roof Load Bearing Walls

System for transferring load between wall and gable end frame bottom chord.

Gable roof load bearing walls. Struts and props are smaller individual structural members that help to transfer load from the roof directly into load bearing walls. 406mm o c or support more than a roof and ceiling or exceed 8 feet 2438 mm in height for exterior walls and load bearing walls or 10 feet 3048 mm for interior non load bearing walls. If the home is slab on grade go into the attic and pull back the insulation to identify if the wall. These walls directly support roof trusses or rafters.

Load bearing walls are those walls in a structure that support the weight of the structure above. Other structural elements also contribute to either supporting these load bearing elements or directly transferring the load to the load bearing walls beneath. Structural walls on two story homes with gable roofs are commonly the center wall running parallel with the length of the house and the front and rear walls on the exterior. If so the building designer might design a balloon framed end wall which eliminates the need for a gable end truss.

Bearing walls that are carrying a roof load must transfer that load to a footing. Simply look in the crawl space or basement to identify the presence of a mid point stem wall or piers crawl space or bearing wall under the wall above basement. Side walls are primary load bearing walls in simple gable end framing but hip roofs and complex roof lines depend on more than just the side. Roof structure types for load bearing walls load bearing walls.

The connection of the sheathing to the supporting members in these areas is most critical and often may be detailed with a higher density of connectors than other roof areas. A gable roof is a roof that slopes downward from a central ridge to a building s exterior walls on two. In some cases the expected loads will be too high for the gable end frame end wall studs or ceiling diaphragm. Attachment of the gable end wall to the foundation to resist uplift shear and lateral wind loads.