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Collaborative Research: Passive Laminar Flow Control via Phononic Subsurfaces

Organization Case Western Reserve UniversityLocation CLEVELAND, United StatesPosted 1 Jul 2025Deadline 30 Jun 2028
NSFUS FederalResearch GrantScience FoundationOH
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Reducing the fuel consumption of sea and air vehicles by lowering their drag could have significant economic and environmental benefits. One way to reduce drag is to maintain laminar flow of the water or air over the entirety of the vehicle surface, which for modern ships and aircraft is normally turbulent. Laminar flow causes significantly less…

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Collaborative Research: Passive Laminar Flow Control via Phononic Subsurfaces — Case Western Reserve University | United | Dev Procure