Biological Fluid Dynamics: Locomotion, High Reynolds, Number Swimming III
ORAL · Q13 · ID: 22793
Presentations
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Hydrodynamic Interactions in Schooling Fish: Disentangling Mechanisms via Highly Resolved Direct Numerical Simulations and Force Partitioning
ORAL
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Presenters
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Jung-Hee Seo
Johns Hopkins University, Johns Hopkins Univ
Authors
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Jung-Hee Seo
Johns Hopkins University, Johns Hopkins Univ
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Rajat Mittal
Johns Hopkins University
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Enhancing bio-locomotion of elastic propulsors by combining internal and external actuation
ORAL
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Publication: Demirer, E., Oshinowo, O., & Alexeev, A. (2021). Efficient aquatic locomotion using elastic propulsors with hybrid actuation. Journal of Fluid Mechanics, 922, A21. doi:10.1017/jfm.2021.558
Presenters
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Oluwafikayo A Oshinowo
Georgia Institute of Technology
Authors
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Oluwafikayo A Oshinowo
Georgia Institute of Technology
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Ersan Demirer
Georgia Institute of Technology
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Alexander Alexeev
Georgia Institute of Technology
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Helical swimming by jet-propelled salp colonies in the ocean
ORAL
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Presenters
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Kelly R. Sutherland
University of Oregon
Authors
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Kelly R. Sutherland
University of Oregon
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Bradford J Gemmell
University of South Florida
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Sean P Colin
Roger Williams University
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John H Costello
Providence Coll
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Active Control of Caudal Fin-Ray Stiffness and Propulsion
ORAL
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Presenters
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Qian Xue
University of Maine
Authors
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Dariush Bodaghi
University of Maine
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Qian Xue
University of Maine
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Biao Geng
University of Maine
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Jian-Xun Wang
University of Notre Dame
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Xudong Zheng
University of Maine
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A stingray is affected by the ground differently depending on its aspect ratio
ORAL
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Publication: Zhong, Q., Han, T., Moored, K., & Quinn, D. (2021). Aspect ratio affects the equilibrium altitude of near-ground swimmers. Journal of Fluid Mechanics, 917, A36. doi:10.1017/jfm.2021.307
Presenters
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Qiang Zhong
University of Virginia
Authors
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Qiang Zhong
University of Virginia
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Tianjun Han
Lehigh Univ, Lehigh University
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Keith W Moored
Lehigh Univ, Lehigh University, Lehigh
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Danniel Quinn
University of Virginia, Stanford University
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Tunable stiffness enables fast and efficient swimming in fish-like robots
ORAL
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Publication: Zhong, Q., Zhu, J., Fish, F. E., Kerr, S., Downs, A., Bart-Smith, H., & Quinn, D. B. (2021). Tunable stiffness enables fast and efficient swimming in fish-like robots. Science Robotics. (In press).
Presenters
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Danniel Quinn
University of Virginia, Stanford University
Authors
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Qiang Zhong
University of Virginia
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Joseph Zhu
University of Virginia
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Frank Fish
West Chester University
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Sarah Kerr
West Chester University
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Abigail Downs
West Chester University
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Hilary Bart-Smith
University of Virginia
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Danniel Quinn
University of Virginia, Stanford University
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Experimental investigation of the relationship between the propulsive performance and vortex rings produced by bio-inspired pitching panels
ORAL
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Presenters
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Justin T King
University of Minnesota, Syracuse University
Authors
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Justin T King
University of Minnesota, Syracuse University
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Melissa A Green
University of Minnesota, Syracuse University
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Efficient flapping foil flow at high Re 2.5 x 10<sup>5</sup> for large underwater vehicle
ORAL
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Presenters
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Andhini Novrita Zurman-Nasution
Univ of Southampton
Authors
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Andhini Novrita Zurman-Nasution
Univ of Southampton
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Measuring the 3D hydrodynamics of swimming snakes
ORAL
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Presenters
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Vincent Stin
CNRS / Sorbonne Université
Authors
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Vincent Stin
CNRS / Sorbonne Université
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Ramiro Godoy-Diana
CNRS, PMMH, ESPCI Paris–PSL, CNRS, Sorbonne Université, Université de Paris, PMMH, CNRS, ESPCI Paris–PSL, Sorbonne U, U Paris
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Xavier Bonnet
CNRS
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Anthony Herrel
CNRS
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Numerical simulation of the flow around larvae from the Drusinae subfamily
ORAL
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Presenters
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Ariane Neale Ramos Vieira
Vienna Univ of Technology
Authors
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Ariane Neale Ramos Vieira
Vienna Univ of Technology
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Hendrik C Kuhlmann
Vienna Univ of Technology, TU Wien, TU Wien, Austria
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Johann Waringer
University of Vienna
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Carina Zittra
University of Vienna
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Jan Martini
University of Vienna
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Simon Vitecek
WasserCluster Lunz
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Stephan Handschuh
University of Veterinary Medicine
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