Load Bearing Metal Stud Wall Design

Structural steel stud and track selection is based on the loads they will be required to carry as well as the wall and floor thicknesses specified in the building design.

Load bearing metal stud wall design.

C studs used in the construction of a. F4 floor to load bearing wall connection f5 floor bearing on i beam connection f6 lapped joists. The delegated design of a building system describes a scenario where the ser provides a set of design criteria for a contractor s sse to follow to design. Load bearing wall systems construction guide suggested minimum construc on bracing for load bearing wall taller than 10 out of plane suggested minimum construc on bracing for load bearing wall.

Available in galvanized per astm a 653 or equal. The studs support the exterior and interior walls the ceiling and the roof. Like wooden studs the load weight limit of metal studs depends on a number of factors including the height of the studs the width of the studs and spacing. Track thickness equal to or greater than the stud thickness both flanges of the stud attached to the track studs not adjacent to wall openings or discontinuities in the track minimum bearing length 1.

The steeler technical design catalog is a collection of typical designs for steel framing and connections. Laterally bracing in steel stud wall systems and ornamental lathing. Issues to be taken into account include. Lsf floors and walls shall be designed to support and transfer loads safely and without undue movement.

6 10 4 structural design of load bearing floors and walls. In plane suggested minimum construc on bracing for load bearing wall. Metal studs provide the same basic support for the structure of a building that wooden studs provide. Lightweight cold formed galvanized steel load bearing studs are available in a selection of sizes flanges gauges and yield strengths to obtain optimal performance.

Distri bution headers shear walls and miscellaneous hot rolled steel shapes may also be incorporated into the wall system. Lateral load design load. Interior nonstructural non load bearing walls calculated in the structual stud lookup tool and limiting height tables are limited to a superimposed axial load exclusive of sheathing materials of not more than 100 lb ft or a superimposed axial load of not more than 200 lbs. The wall stud web crippling calculations assume the following.

Where joists are fitted directly to light steel wall studs pre drilled holes should be correctly aligned before making the final connection. An appropriate delegated design whether for a custom or proprietary system requires the design team to identify the location and extent of the load bearing cfmf walls on the drawings.