Biological Fluid Dynamics: High Re Propulsions - Jellyfish, Cephalopods, and Underwater Vehicles
ORAL · S27 ·
Presentations
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Lagrangian description of the unsteady flow induced by a jellyfish
ORAL
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Authors
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Jin-Tae Kim
- University of Illinois at Urbana-Champaign
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Leonardo P Chamorro
- University of Illinois at Urbana-Champaign
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Metabolic costs of enhancing propulsion in artificially controlled live jellyfish
ORAL
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Authors
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Nicole Xu
- Stanford University
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John O. Dabiri
- Stanford University
- Mechanical Engineering and Civil \& Environmental Engineering, Stanford University
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Swimming via size-change: High efficiency propulsion using resonant fluid-structure interactions
ORAL
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Authors
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Gabriel Weymouth
- Gabriel Weymouth
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Validating Improved Efficiency of Bioinspired Unsteady Jetting Propulsion
ORAL
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Authors
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Michael Krieg
- University of Hawaii
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Kamran Mohseni
- University of Florida
- U. Florida
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Yaw Turning Experiments of a Bio-Inspired Vessel with Undulating Fin Propulsion
ORAL
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Authors
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Mohammad I Uddin
- Florida Atlantic University
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Gonzalo A. Garcia
- Florida Atlantic University
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Oscar M. Curet
- Florida Atlantic University
- Assistant Professor, Florida Atlantic University
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Maneuver Control of an Undulating-Fin Underwater Vessel with a Central Pattern Generator
ORAL
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Authors
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Albert Espinoza
- Universidad Ana G. Mendez - Gurabo
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Gonzalo A. Garcia
- Florida Atlantic University
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Oscar M. Curet
- Florida Atlantic University
- Assistant Professor, Florida Atlantic University
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Reinforcement Learning for a Bio-Inspired Vehicle with Undulating Fin Propulsion.
ORAL
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Authors
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Gonzalo A. Garcia
- Florida Atlantic University
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Mohammad I Uddin
- Florida Atlantic University
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Siddhartha Verma
- Florida Atlantic University
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Oscar M. Curet
- Florida Atlantic University
- Assistant Professor, Florida Atlantic University
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Experiments with Impulsive Motion of a Foil to Generate Large Lift and Thrust Forces
ORAL
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Authors
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Miranda Kotidis
- Massachusetts Institute of Technology
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Michael Triantafyllou
- Massachusetts Institute of Technology
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