Strong Wind Wind Resistant Roof Design

Start with good structural design. A continuous load path ensures that when a load including uplift and lateral horizontal loads attacks a structure the load will move from the roof wall and other parts toward the foundation and into the ground. An intelligent floor plan can reduce the wind load on the roofing system of your home making it less likely to fail.
strong wind wind resistant roof design

Your homes floor plan is the first thing to consider.

Strong wind wind resistant roof design. Improper attachment results in the increased probability of wind. For wind resistant building design a continuous load path is the best protection against strong winds. Roof design for proper wind resistance. Specifically here are five tips that can help you make sure your home has the best roof for high winds.

Photo courtesy of ricowi system attachment is the most critical element of roof design and application. Order reprints no comments damage to this pensacola school building began at the perimeter edges. These floor plans increase wind resistance. In general square hexagonal and octagonal floor plans perform the best.

Wind loads are based on the design wind speed which is based on the geographic location of the building height of the roof exposure category roof type enclosure classification and risk category. The height of the roof and exposure and risk categories are factors that are used to convert design wind speed to an uplift pressure.