Wave-Shaped Designs Cut Wind Pressure Up to 60%
FAMU-FSU College of Engineering researchers tested wave-shaped roofs and walls in a wind tunnel to help Florida homes withstand extreme weather.
Updated on Nov. 10, 2026 in Materials Science
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Researchers at the FAMU-FSU College of Engineering found that wave-shaped roof and wall surfaces lowered maximum wind pressures by up to 60% at some corners in wind tunnel tests. The lab work used 3D-printed structures exposed to powerful winds.
Why it matters
Florida faces recurring hurricane-force winds, and roof and wall geometry is a factor in how homes hold up under them. The findings could eventually inform construction choices aimed at reducing property losses during extreme wind events.
Wind tunnel tests on 3D-printed structures found peak corner wind pressures fell by as much as 60% on wave-shaped surfaces. The study has not yet reported how these results translate to full-scale buildings in real storms.
The players
FAMU-FSU College of Engineering
A joint engineering college of Florida A&M University and Florida State University that conducts research on building and wind-resistant design.
The details
Wave-shaped surfaces disrupt swirling air vortices by breaking them into smaller vortices, which confuses airflow across roofs and walls. The research team plans to collaborate with industry professionals to explore whether these designs can be used in actual homes.
Timeline
Laboratory wind tunnel tests of the wave-shaped structures were conducted on a date not specified in the source.
The Big Picture
The FAMU-FSU College of Engineering's wind tunnel testing is being applied to roof and wall shape, a design variable that builders can change without new materials. The approach offers a geometry-based route to hurricane resistance that complements conventional structural reinforcement.
If wave-shaped designs reach construction, homeowners in hurricane-prone areas of Florida could see roofs and walls built to lower wind loads. The source does not indicate when or whether such designs will be available to buyers.
The takeaway
Building shape can reduce wind loads, so roof and wall geometry deserves attention alongside materials when preparing homes for hurricanes. Homeowners should watch for construction options that draw on this kind of research as it moves toward practical use.
Further reading
Explore more on Materials Science to see how building surfaces and materials are being engineered for extreme weather.
Source note: This article includes information reported by The Cool Down.
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Would you support building codes requiring wave-shaped roofs in hurricane-prone areas?
