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Center for the Mechanics of Undersea Science and Engineering

Fluid-Structure Interactions and Development of Novel Measurement Techniques

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We’d love to help you to find your MUSE. Learn more about our center or opportunities to become involved in the advancement of undersea mechanics.

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Fluid-Structure Interactions and Development of Novel Measurement Techniques

Power coefficient maps for prescribed-motion objects with varying heaving amplitude. (A) Circular cylinder, (B) vibrissa model, (C) vibrissa model downstream of flapping hydrofoil, and (D) vibrissa model downstream from flapping hydrofoil varying phase between foil and vibrissa heaving.

We have a broad program in fluid mechanics, and many of the projects in our lab have inspiration or applications relevant to the ocean environment.  Our focus is on fundamental fluid mechanics, fluid-structure interactions, and the development of novel measurement techniques. Some of the diverse range of active research projects include: vortex induced vibrations of undulating cylinders inspired by the sensing capabilities of seal vibrissa, the mechanics of pectoral-like fin motions for force and motion control, the behavior of floating wind turbines in deep water, and the thrust and lift generation by flapping appendages.

Collaborators

Principal Investigator

  • Kenny Breuer

    Co-director, Professor of Engineering, Director of the Center for Fluid Mechanics
    Kenneth_Breuer@brown.edu

Co-Principal Investigators

  • Daniel M. Harris

    Assistant Professor of Engineering
    Daniel_Harris3@brown.edu

Sponsors

  • Office of Naval Research

    Website

Related Publications

Force moment partitioning and scaling analysis of vortices shed by a 2D pitching wing in quiescent fluid

Y Zhu, H Lee, S Kumar, K Menon, R Mittal, and K Breuer. (2023). "Force moment partitioning and scaling analysis of vortices shed by a 2D pitching wing in quiescent fluid." Exp Fluids, 64 (10) pp. 158
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Leading edge vortex formation and wake trajectory: Synthesizing measurements, analysis, and machine learning

H Lee, N Simone, Y Su, Y Zhu, BLR Ribeiro, JA Franck, and K Breuer. (2022). Leading edge vortex formation and wake trajectory: Synthesizing measurements, analysis, and machine learning. Phys. Rev. Fluids, 7 (7) pp. 074704.
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Power requirements for bat-inspired flapping flight with heavy, highly articulated and cambered wings

X Fan, S Swartz, and K Breuer. (2022). Power requirements for bat-inspired flapping flight with heavy, highly articulated and cambered wings. J Roy. Soc. Interface, 19 pp. 20220315.

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Find your MUSE

We’d love to help you to find your MUSE. Learn more about our center or opportunities to become involved in the advancement of undersea mechanics.

Contact MUSE
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Providence RI 02912 401-863-1000

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Fluid-Structure Interactions and Development of Novel Measurement Techniques