Focus Session: Superhydrophobicity and Drag Reduction I
ORAL · G8
Presentations
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Effect of fluctuating pressure on plastron stability of superhydrophobic surfaces
ORAL
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Authors
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Linfeng Piao
Seoul National University
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Hyungmin Park
Seoul National University
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Numerical study of wetting transition on patterned hydrophobic surfaces using the string method
ORAL
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Authors
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Weiqing Ren
National University of Singapore and IHPC
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Studying the Microphysics of Superhydrophobic Surfaces using DNS
ORAL
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Authors
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Karim Alame
Univ of Minn - Minneapolis
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Krishnan Mahesh
University of Minnesota, Univ of Minn - Minneapolis
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The drag-reducing ingredients of superhydrophobic surfaces
ORAL
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Authors
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Yixuan Li
University of Minnesota
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Krishnan Mahesh
University of Minnesota, Univ of Minn - Minneapolis
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Drag Reduction for Flow Past a Perfectly Hydrophobic Surface
ORAL
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Authors
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Glen McHale
Northumbria University, UK
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Michael I. Newton
Nottingham Trent University, UK
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Morris Flynn
Univ of Alberta, U.Alberta, University of Alberta, Canada, Univ. of Alberta
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Brian R.K. Gruncell
University of Southampton, UK
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Neil D. Sandham
University of Southampton, UK
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Angela Busse
Glasgow University, Scotland
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The Effects of Superhydrophobic Surface on Near-wall Turbulence Structures and Drag Reduction
ORAL
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Authors
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Hyunwook Park
University of California, Los Angeles
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John Kim
University of California, Los Angeles
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A numerical study of the effects of a superhydrophobic surface on near-wall turbulence characteristics
ORAL
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Authors
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Taeyong Jung
Seoul National University
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Haecheon Choi
Seoul National University, Seoul Natl Univ
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John Kim
University of California, Los Angeles
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Direct numerical simulation of turbulent flows over superhydrophobic surfaces with periodic posts: effect of texture size
ORAL
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Authors
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Jongmin Seo
Stanford University
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Ricardo Garcia-Mayoral
University of Cambridge
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Ali Mani
Stanford University, Stanford Univ, Center for Turbulence Research, Stanford
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Effective medium theory for drag-reducing micro-patterned surfaces in turbulent flows
ORAL
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Authors
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Ilenia Battiato
San Diego State University
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Re-Entrant Structure for Robust Superhydrophobicity and Drag Reduction
ORAL
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Authors
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Hong Zhao
Department of Mechanical and Nuclear Engineering, Virginia Commonwealth University, Richmond, VA 23284, USA
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Mohamed Gad-el-Hak
Virginia Commonwealth University, Richmond, Virginia, USA, Virginia Commonwealth University, Department of Mechanical \& Nuclear Engineering, Virginia Commonwealth University, Department of Mechanical \& Nuclear Engineering Virginia Commonwealth University, Richmond, VA 23284, USA, Department of Mechanical and Nuclear Engineering, Virginia Commonwealth University, Richmond, VA 23284, USA
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