Flow Control: Structured Surfaces
ORAL · T20 · ID: 1768344
Presentations
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Turbulence suppression and skin-friction drag reduction with hairy surfaces
ORAL
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Presenters
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Rayhaneh Akhavan
University of Michigan
Authors
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Rayhaneh Akhavan
University of Michigan
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Jae Bok Lee
University of Michigan
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Modeling Boundary Layer Separation Over Bio-Inspired Organized Surface Roughness Elements
ORAL
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Presenters
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Cristiano Cabrera
Purdue University
Authors
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Cristiano Cabrera
Purdue University
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Abigayle E Moser
Purdue University
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Helber A Esquivel-Puentes
Purdue University
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Luz Sotelo
Purdue University
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Luciano Castillo
Purdue University
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Rapidly characterizing drag reduction when riblets are yawed or tip-rounded
ORAL
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Presenters
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Christopher J Camobreco
The University of Melbourne, University of Melbourne
Authors
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Christopher J Camobreco
The University of Melbourne, University of Melbourne
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Jeremy Wong
University of Melbourne
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Nicholas Hutchins
Universty of Melbourne, University of Melbourne
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Daniel Chung
University of Melbourne
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Why do only some riblets generate spanwise rollers?
ORAL
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Publication: Camobreco et al., Spanwise rollers over riblets are marginally stable, J. Fluid Mech., under review
Presenters
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Daniel Chung
University of Melbourne
Authors
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Daniel Chung
University of Melbourne
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Christopher J Camobreco
The University of Melbourne, University of Melbourne
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Sebastian Endrikat
University of Melbourne
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Ricardo Garcia-Mayoral
Univ of Cambridge, University of Cambridge
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Mitul Luhar
Univeristy of Southern California, Univeristy of South California
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Passive flow control by metamaterial-based phononic subsurfaces
ORAL
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Publication: Hussein, M.I., Biringen, S., Bilal, O.R., and Kucala, A. "Flow stabilization by subsurface phonons," Proceedings of the Royal Society A, 471, 20140928, 2015.<br>Kianfar, A. and Hussein, M.I. "Phononic-subsurface flow stabilization by subwavelength locally resonant metamaterials," New Journal of Physics, 25, 053021, 2023.<br>Kianfar, A. and Hussein, M.I. "Local flow control by phononic subsurfaces over extended spatial domains," arXiv:2305.01847v2, 2023.
Presenters
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Mahmoud Hussein
University of Colorado Boulder
Authors
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Mahmoud Hussein
University of Colorado Boulder
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Armin Kianfar
University of Colorado Boulder
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Adam R Harris
University of Colorado Boulder
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David Roca
Universitat Politècnica de Catalunya
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Sub-laminar skin friction drag over butterfly inspired grooves due to the ‘roller-bearing effect’
ORAL
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Presenters
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Amy W Lang
University of Alabama
Authors
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Amy W Lang
University of Alabama
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Sashank Gautam
University of Alabama
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Leonardo M Santos
University of Alabama
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Experimental Analysis of Mixed Configuration Riblets for Turbulent Boundary Layer Control
ORAL
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Presenters
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Md. Rafsan Zani
The University of Texas at Dallas
Authors
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Md. Rafsan Zani
The University of Texas at Dallas
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Nir S Maor
The University of Texas at Dallas
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Pengyao Gong
The University of Texas at Dallas
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Dhanush Bhamitipadi Suresh
The University of Texas at Dallas
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Emmanuvel Joseph Aju
The University of Texas at Dallas
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Yaqing Jin
The University of Texas at Dallas
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