Building Two-Story Window Walls

Tall walls full of windows will flex and rack too much unless you stiffen them with full-height studs and shear panels

1 MIN READ
Great rooms with high ceilings and walls full of windows have become popular in contemporary house design. But for the unprepared builder, a 16- foot-high wall can spell big headaches. When a strong wind hits an underdesigned wall, excessive flexing and racking may cause problems ranging from cracked plaster and stucco to cracked or rattling glass. To prevent these headaches you need to understand how structures react to wind loads (see Figure 1). All walls have to resist three types of forces: flexing, which acts perpendicular to the wall, pushing or pulling it in or out; shear, which acts in the plane of the wall to cause racking; and normal gravity loads. Most builders are familiar with gravity loads. In this article I’ll

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About the Author

Christopher DeBlois

Christopher DeBlois, PE is a structural engineer and principal at CFD Structural Engineering in Roswell, Georgia. The firm offers special expertise in wood and timber framing, and projects combining wood with other structural materials. Recent projects include a vaulted timber pavilion for a church in Birmingham, Alabama, a 64-ft. pedestrian bridge for the Fernbank Museum of Natural History in Atlanta, Georgia, and a contemporary wood and glass studio and lake house in rural Maine.

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