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.
Kianfar, A. and Hussein, M.I. "Phononic-subsurface flow stabilization by subwavelength locally resonant metamaterials," New Journal of Physics, 25, 053021, 2023.
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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