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side strap. when the deck is aligned with the edge of a house, significant lateral loads can be resisted with a simple strap that connects the deck's outside joist to the house frame. we've used simpson's 1 1/4-inch by 30-inch msta30 straps nailed to the deck and to the second story of a house, a solution that has been stamped by my engineer.
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this video will provide you with a few ways to brace off a free standing deck built with wood post and beams. keep in mind that these are only examples of what might work, but they might not work
many forces in addition to gravity can affect a deck’s ability to remain stable during its lifetime as it is set under a variety of conditions. high winds can cause uplift and top heavy decks can lead to lateral shifting or racking both of which cause tremendous stress and possible failure to a deck structure.
the steelers were in a 34 under front. it cleared the decks for was the left corner taking over the deep middle with the free safety driving on the shorter crossing route to that side and
a standard wooden deck brace. most tall decks have diagonal bracing angling up from the support posts to the deck frame. the braces help stabilize the deck and deter it from swaying back and forth. inspect each brace for large cracks or rot, especially at the ends. replace all damaged braces.
wood deck racking, lateral loads and diagonal bracing. lateral support in the form of diagonal bracing is required by the deck building code to resist “racking” (side movement) caused by lateral loads. lateral forces and loads are caused by wind, live loads (people) and vibration (seismic/earthquakes). wood deck knee bracing is commonly