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CAD File:

IBHS Fortified Home Felt Underlayment Roof Deck

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IBHS Fortified Home Felt Underlayment Roof Deck
CAD File:

IBHS Fortified Home Flashing Tape Sealed Roof Deck

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IBHS Fortified Home Flashing Tape Sealed Roof Deck
CAD File:

IBHS Fortified Home Peel and Stick Asphalt Shingles

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IBHS Fortified Home Peel and Stick Asphalt Shingles
CAD File:

IBHS Fortified Home Re-Nailing Roof Deck for High Winds

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IBHS Fortified Home Re-Nailing Roof Deck for High Winds
CAD File:

IBHS Fortified Home Re-Nailing Roof Deck for Hurricanes

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IBHS Fortified Home Re-Nailing Roof Deck for Hurricanes
CAD File:

IBHS Fortified Home Re-Roofing Deck Replacement

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IBHS Fortified Home Re-Roofing Deck Replacement
CAD File:

IBHS Fortified Home Re-Roofing Scab Member

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IBHS Fortified Home Re-Roofing Scab Member
CAD File:

IBHS Fortified Home Roof Tile Cap Sheet Sealed Roof Deck

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IBHS Fortified Home Roof Tile Cap Sheet Sealed Roof Deck
CAD File:

IBHS Fortified Home Self-Adhered Membrane Roof Deck

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IBHS Fortified Home Self-Adhered Membrane Roof Deck
CAD File:

IBHS Fortified Home Single Strip Asphalt Shingles

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IBHS Fortified Home Single Strip Asphalt Shingles
CAD File:

IBHS Fortified Home Spray Foam Sealed Roof Deck

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IBHS Fortified Home Spray Foam Sealed Roof Deck
Video:

IBHS Research Center: Putting Fortified Construction to the Test

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If a cool room is directly under an attic or roof, having lighter colored roofing (home on left) will reduce heat gain to the space as compared to darker roofing (home on right) because the temperature of the roof will be lower (see thermal image)

If a cool room is directly under an attic or roof, having lighter colored roofing (home on left) will reduce heat gain to the space as compared to darker roofing (home on right) because the temperature of the roof will be lower (see thermal image)
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Improper continuous load path design lacking bracing results in the failure of gable end walls under high wind conditions.

Improper continuous load path design lacking bracing results in the failure of gable end walls under high wind conditions.
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In hot climate zones, shade building surface with vegetation for passive cooling.

In hot climate zones, shade building surface with vegetation for passive cooling.
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In hot, dry climates, passive cooling should focus on shading, night flush through cross ventilation and whole-house fans, potentially using high-mass construction

In hot, dry climates, passive cooling should focus on shading, night flush through cross ventilation and whole-house fans, potentially using high-mass construction
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In hot, humid climates, passive cooling should focus on shading, airflow through cross ventilation and ceiling fans, and low-mass construction

In hot, humid climates, passive cooling should focus on shading, airflow through cross ventilation and ceiling fans, and low-mass construction
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In midsummer, the roof and skylights will receive much more solar radiation per square foot than an unshaded east- or west-facing wall, which in turn will receive more solar energy than north- or south-facing walls

In midsummer, the roof and skylights will receive much more solar radiation per square foot than an unshaded east- or west-facing wall, which in turn will receive more solar energy than north- or south-facing walls
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In the middle of summer, the sun shines most directly on the east and west sides of a house, while in winter it shines mostly from the south.

In the middle of summer, the sun shines most directly on the east and west sides of a house, while in winter it shines mostly from the south.
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Incorrectly done seismic retrofit, the plywood sheathing is not nailed to the mud sill and therefore it is not providing any shear strength

Incorrectly done seismic retrofit, the plywood sheathing is not nailed to the mud sill and therefore it is not providing any shear strength
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Inducing airflow through the stack effect requires low inlets and high outlets such as a ridge hood or crown monitor

Inducing airflow through the stack effect requires low inlets and high outlets such as a ridge hood or crown monitor
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Infrared photometry shows the impact of a roof overhang on the south façade of a home, where the unshaded patio stonework is significantly hotter than the shaded portions of the patio and wall surfaces (temperature scale shown is in Celsius).

Infrared photometry shows the impact of a roof overhang on the south façade of a home, where the unshaded patio stonework is significantly hotter than the shaded portions of the patio and wall surfaces (temperature scale shown is in Celsius).
Video:

Inside FORTIFIED Intro for Evaluators NCIUA

Video:

Inside FORTIFIED Non-Roofer Considerations NCIUA