Turbulence Modeling II
ORAL · H11
Presentations
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A dynamic global-coefficient mixed subgrid-scale model for large eddy simulation of turbulent flows
ORAL
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Authors
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Satbir Singh
Carnegie Mellon University
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Donghyun You
Carnegie Mellon University
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A subgrid-scale similarity-like model for LES with improved subgrid-scale dissipation
ORAL
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Authors
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B.W. Anderson
University of Southern California
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Julian Domaradzki
University of Southern California, USC
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Scale-separation models for the larger eddies in turbulent flow
ORAL
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Authors
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Roel Verstappen
University of Groningen
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Investigation of numerical, resolution, and subgrid-scale model effects on LES predictive quality of a variable-density jet
ORAL
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Authors
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Gregory Rodebaugh
Johns Hopkins University
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Lester K. Su
Johns Hopkins University
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Turbulence modeling for finite volume LES of channel flow with unresolved wall layers
ORAL
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Authors
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Henry Chang
University of Texas at Austin
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Robert Moser
University of Texas at Austin, U. Texas at Austin, The University of Texas at Austin
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Explicit filtering based LES of turbulent combustion
ORAL
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Authors
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Colin Heye
The University of Texas at Austin
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Colleen M. Kaul
The University of Texas at Austin; Center for Turbulence Research, Stanford University
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Venkat Raman
Department of Aerospace Engineering and Engineering Mechanics, The University of Texas at Austin, The University of Texas at Austin, UT Austin
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Computational Complexity of Coherent Vortex and Adaptive Large Eddy Simulations of Three-Dimensional Homogeneous Turbulence at High Reynolds Numbers
ORAL
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Authors
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AliReza Nejadmalayeri
University of Colorado at Boulder
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Alexei Vezolainen
University of Colorado at Boulder
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Oleg V. Vasilyev
University of Colorado at Boulder
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Measurements of the Budget of the Subgrid-Scale Stress in Convective Atmospheric Surface Layers
ORAL
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Authors
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Khuong Nguyen
Clemson University
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Steven Oncley
National Center for Atmospheric Research
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Thomas Horst
National Center for Atmospheric Research
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Peter Sullivan
National Center for Atmospheric Research
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Chenning Tong
Clemson University
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Implicit LES of turbulent lid-driven cavity flows
ORAL
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Authors
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J.M. McDonough
University of Kentucky, Unversity of Kentucky
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Velocity-Resolved LES (VR-LES) technique for simulating turbulent transport of high Schmidt number passive scalars
ORAL
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Authors
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Siddhartha Verma
California Institute of Technology
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Guillaume Blanquart
California Institute of Technology, Mechanical Engineering, California Institute of Technology, California Institue of Technology
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