Showing results 1 - 50 of 198
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Example of the advanced framing technique, double-stud wall cavity, which will later be filled with blown insulation
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A large bead of caulk is installed on the interior surface of the wall top and bottom plates to provide an air sealing gasket between the framing and the dry wall.
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A raised wood pier foundation can raise the subfloor above the design flood elevation.
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Add metal connectors to strengthen framing connections in an existing wall from inside the home by removing drywall.
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Advanced framing details include corners that are constructed with fewer studs or studs aligned so that insulation can be installed in the corner.
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Advanced framing details include framing aligned to allow for insulation at interior-exterior wall intersections.
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Advanced framing details include open headers and reduced framing around windows and two-stud corners to allow more room for insulation in the wall cavities while reducing lumber costs.
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Advanced framing details include using the minimum amount of wall studs permitted by code.
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Advanced framing details throughout house limit use of lumber and makes space for bonus insulation.
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Advanced framing techniques include constructing on a 2-foot grid where wall studs are placed 24 inches on center and aligned with roof and floor trusses for a continuous load path from roof to foundation.
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Advanced framing techniques including 2x6 walls spaced at 24 inches on center and ladder blocking at wall intersections allow more space for insulation in the wall cavities while open-web floor joists provide space between floors for ducting.
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After spraying the 2x6 wall cavities with 2 inches (R-13) of closed-cell spray foam, the walls are covered with netting and an additional 3.5 inches of fiberglass (R-13) is blown in.
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Air seal and insulate double-walls that are half-height or full-height walls used as architectural features in homes.
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Air seal the common wall between units in a multifamily structure to minimize air leakage.
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Angle support framing is added to brace a long gable overhang constructed using the ladder framing method.
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Attach the interior 2x4 wall to the exterior wall top plate with a flat metal connector plate
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Baffles will keep insulation out of the soffit vents and wind out of the insulation in this vented attic.
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Braced cripple wall construction in crawlspace anchored to framing and foundation
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Brick veneer framed wall supported by a concrete slab-on-grade foundation with a turn-down footing insulated on its top surface, showing anchorage of the wall to the foundation for seismic resistance
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Closed-cell spray foam insulation is added to the wall cavities of an existing exterior wall
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Connecting hardware helps tie the roof to the walls to ensure a continuous load path to improve a building’s resistance to high winds, floods, and earthquakes.
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Connecting hardware helps tie the walls to the top plates and rim joists to ensure a continuous load path to improve a building’s resistance to high winds, floods, and earthquakes.
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Construct a double wall consisting of two framed walls forming a wide wall cavity for more insulation in the home’s exterior walls.
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Critical connections for providing a continuous load path in buildings and storm shelters
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Drywall was removed and the existing 2x4 walls were filled with 3.5 inches of dense-packed cellulose. Outside, the ½-inch plywood was topped with house wrap, 1.5 inches closed-cell rigid foam, 1x3 furring strips, and fiber cement siding.
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Each floor of this two-story modular home is constructed in a factory, including the 2x6, 24-inch on-center walls, R-21 fiberglass batt cavity insulation, and rigid exterior foam, housewrap, windows, and trim, then connected on site.
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End wall failure under hurricane force winds due to inadequate bracing of the gable end wall.
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Example A of a gable truss and gable end wall bracing for a home in a hurricane region
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Example B of a gable truss and gable end wall bracing for a home in a hurricane region
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