Turbulent Boundary Layers II: Roughness
ORAL · D7 ·
Presentations
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Effect of surface finish on the onset of roughness effects in turbulent channel flow
ORAL
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Authors
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Michael Schultz
- United States Naval Academy
- U S Naval Academy
- U.S. Naval Academy
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Karen Flack
- U.S. Naval Academy
- U S Naval Academy
- United States Naval Academy
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Important scales for predicting the onset of roughness effects in the transitionally rough regime
ORAL
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Authors
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Karen Flack
- U.S. Naval Academy
- U S Naval Academy
- United States Naval Academy
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Michael Schultz
- United States Naval Academy
- U S Naval Academy
- U.S. Naval Academy
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Direct numerical simulation of a high-entrainment turbulent boundary layer
ORAL
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Authors
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Guillem Borrell
- U. Politecnica Madrid
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Ayse G. Gungor
- U. Polit\'{e}cnica Madrid
- U. Politecnica Madrid
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Javier Jimenez
- U. Politecnica de Madrid
- U. Polit\'{e}cnica Madrid
- U. Politecnica Madrid
- U. Polit\'ecnica Madrid and CTR Stanford
- U. Polit\'ecnica Madrid
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Investigation of wall-bounded turbulence over sparsely distributed roughness
ORAL
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Authors
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Marco Placidi
- University of Southampton
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Marco Placidi
- University of Southampton
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Non-equilibrium layers in rough-wall channel flow
ORAL
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Authors
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Jonathan Morrison
- Imperial College
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David Birch
- University of Surrey, UK
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DNS of Rough Surface Turbulent Boundary Layer
ORAL
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Authors
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James Cardillo
- RPI
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Guillermo Araya
- Texas Tech University
- Dept. of Mechanical Eng., Texas Tech University, Lubbock, TX 79409 USA
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Yi Chen
- RPI
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Kenneth Jansen
- University of Colorado-Boulder
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Onkar Sahni
- Rensselaer Polytechnic Institute
- RPI
- University of Texas at Austin
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Luciano Castillo
- Texas Tech University
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Direct Numerical Simulation of a turbulent channel flow with 3D wedges randomly placed on a wall
ORAL
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Authors
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Stefano Leonardi
- University of Puerto Rico at Mayaguez
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Luis Martinez Tossas
- University of Puerto Rico at Mayaguez
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Edgardo Garcia Cartagena
- University of Puerto Rico at Mayaguez
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Direct numerical simulation study in turbulent boundary layers with the cube-roughened walls
ORAL
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Authors
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Junsun Ahn
- KAIST
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Jae Hwa Lee
- KAIST
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Hyung Jin Sung
- KAIST
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Direct Numerical Simulations of the flow over a dimpled flat plate
ORAL
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Authors
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Nikolaos Beratlis
- Arizona State University
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Kyle Squires
- Arizona State University
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Elias Balaras
- George Washington University
- The George Washington University
- The George Washinton University
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