Program overview

SUNDAY MORNING, 24 NOVEMBER 1996

10:45 BA.01 Streak Breakdown and Transition to Turbulence in Plane Channel Flows^1

Satish Reddy (Oregon State University), Peter J. Schmid (University of Washington), Jeffrey S. Baggett (Cornell University)

10:58 BA.02 Coherent Structures near Narrow Gaps in Channel Flows

M.S. Guellouz, S. Tavoularis (University of Ottawa, Ottawa, Canada)

11:11 BA.03 A Study of Streak Structures in a Turbulent channel Flow with Particle Image Velocimetry

Z. C. Liu, R. J. Adrian, T. J. Hanratty (University of Illinois)

11:24 BA.04 Mean and Instantaneous Axial Profile Measurements in Turbulent Couette-Poiseuille Flow

Ernest Thurlow, Joseph Klewicki (University of Utah)

11:37 BA.05 Instantaneous Wall Shear Stress and Velocity Fluctuations in Turbulent Pipe Flow

Rustom Bhiladvala, Inigo San Gil, K.R. Sreenivasan (Yale University)

11:50 BA.06 Reynolds number Scaling of Streamwise Structure Functions

M. Schmanske, V. Yakhot, A.J. Smits (Princeton University)

12:03 BA.07 Low Wavenumber Statistics in Turbulent Pipe Flow

James Guilkey, Patrick McMurtry (University of Utah), Alan Kerstein (Sandia National Labs), Joseph Klewicki (University of Utah)

12:16 BA.08 The pairing burst - a new phenomeno

Guiren Wang, H. E. Fiedler (Hermann-Föttinger-Institut, Technische Universität Berlin)

10:45 BB.01 Averaging procedures for the LES of variable density flows.

Massimo Germano (Politecnico di Torino,Italy)

10:58 BB.02 Subgrid-scale model based on estimation of unresolved scales of turbulence \

E.M. Saiki, J.A. Domaradzki (University of Southern California)

11:11 BB.03 Dynamic model with scale-dependent coefficient: application to the viscous range.

C. Meneveau (Johns Hopkins University), T.S. Lund (Center for Turbulence Research, Stanford University)

11:24 BB.04 Statistical equilibrium in isotropic turbulence: implications for nonlocal or spectral eddy-viscosity subgrid models

S. Cerutti, C. Meneveau (Department of Mechanical Engineering, The Johns Hopkins University)

11:37 BB.05 Exploring the Limits of the Dynamic Procedure for Modeling Subgrid-Scale Stresses in LES of Inhomogeneous Flows.

A.-T. Le, J. Kim, G. Coleman (UCLA)

11:50 BB.06 Dependence of anisotropy measures for resolved and subgrid scale stresses on cell aspect ratio

Hans-J. Kaltenbach (Department 3, MA 6-3, Technical University Berlin, 10623 Berlin)

12:03 BB.07 Dynamic SGS Model for LES based on the G-equation

A. Bourlioux (Universite de Montreal), H. G. Im, J. H. Ferziger (Center for Turbulence Research, Stanford University)

12:16 BB.08 Dynamic Smagorinsky SGS model on anisotropic grids.

A. Scotti, C. Meneveau (Johns Hopkins University), M. Fatica (Center for Turbulence Research, Stanford University)

10:45 BC.01 Single Bubble Sonoluminescence: Glowing Coupled Resonators

Michael Brenner (Department of Mathematics, MIT), Sascha Hilgenfeldt, Detlef Lohse (Fachbereich Physik der Universität Marburg), Rodolfo R. Rosales (Department of Mathematics, MIT)

10:58 BC.02 Sonoluminescence: Why fiery bubbles have eternal life

Detlef Lohse (Fachbereich Physik der Universität Marburg), Michael Brenner (Department of Mathematics, MIT), Sascha Hilgenfeldt (Fachbereich Physik der Universität Marburg)

11:11 BC.03 Heat and mass transfer, damping and sonoluminescence

Vi Q. Vuong, Andrew J. Szeri (University of California, Irvine)

11:24 BC.04 Single Bubble Sonoluminescence: Illuminating Anomalous Bubble Mechanics

R. Glynn Holt (JPL, Caltech), D. Felipe Gaitan (NCPA, U Mississippi)

11:37 BC.05 Dynamics of Two Interactive Bubbles in An Acoustic Field - Part I: Theory

Tiberiu Barbat, Nasser Ashgriz, Ching-Shi Liu (State University of New York at Buffalo)

11:50 BC.06 Dynamics of Two Interactive Bubbles in An Acoustic Field - Part II: Experiments

Nasser Ashgriz, Tiberiu Barbat, Ching-Shi Liu (State University of New York at Buffalo)

12:03 BC.07 Vapor bubble dynamics in an oscillating pressure field

Yu Pan, Andrea Prosperetti (Dept. of Mechanical Engineering, The Johns Hopkins Univ., Baltimore, MD 21218)

12:16 BC.08 A new hypothesis on the mechanism of sonoluminescence

Andrea Prosperetti (Dept. of Mechanical Engineering, The Johns Hopkins Univ., Baltimore, MD 21218)

10:45 BD.01 Shock Reflection in a Binary Mixture of Noble Gases

S. T. Whitlock, D. Baganoff (Stanford University)

10:58 BD.02 Progress on the Utilization of Shock Tube Flow for Particle Removal

G.T. Smedley, D.J. Phares, R.C. Flagan (California Institute of Technology, Pasadena, CA 91125)

11:11 BD.03 Combustion Waves in Porous Media

Daniel A. Schult (Colgate University)

11:24 BD.04 Cellular and Pulsating Detonation

D. Scott Stewart, Mark Short (University of Illinois, Urbana, IL)

11:37 BD.05 Pop Plots, Curvature and the Diameter Effect in Solid Explosives

Bruce Bukiet (New Jersey Institute of Technology), Ralph Menikoff, Klaus Lackner (Los Alamos National Laboratory)

11:50 BD.06 A Front Tracking Method for Regularization-Sensitive Shock Waves

Hyun-Cheol Hwang (The University at Stony Brook, Stony Brook, NY 11794-3600)

12:03 BD.07 Numerical Simulation of Multi-Dimensional Detonation Using Semi-Implicit Runge-Kutta Schemes(Supported by AFOSR Grants F49620-94-1-0019 and F49620-95-1-0405)

Jack Jai-ick Yoh, Xiaolin Zhong (University of California, Los Angeles)

12:16 BD.08 Numerical and experimental simulation of large-scale conflagrations into the stratified atmoshpere

S.V Utyuzhnikov, A.T Onufriev, N.A. Safarov, R.A. Safarov (Moscow Institute of Physics & Technology)

10:45 BE.01 Extent of meniscus draw-up.

Leslie Hocking (University College London, UK.)

10:58 BE.02 Drop Spreading on a Liquid Substrate

J.J. Kriegsmann, M.J. Miksis (Northwestern University)

11:11 BE.03 Ligament Instability and Breakup

Mark Olesen, Rick Sellens (Queen's University at Kingston)

11:24 BE.04 Nonaxisymmetry in Static Liquid Bridges and Drops

Brian J. Lowry (University of New Brunswick)

11:37 BE.05 Withdrawn

11:50 BE.06 Simulation of Droplet Motion on Heterogeneous Surfaces

Leonard Schwartz (University of Delaware), Richard Eley (ICI/Glidden Paints)

12:03 BE.07 Mechanism of Dynamic Contact Line Instability

C. K. Aidun, P. J. Veverka (Institute of Paper Science and Technology)

12:16 BE.08 On the Fingering Instabilities of Advancing Straight Contact Lines.

A. E. Indeikina, I. N. Veretennikov, H.-C. Chang (Department of Chemical Engineering, University of Notre Dame, Notre Dame, Indiana 46556)

10:45 BF.01 Further Experiments on the Velocity Field and Passive Scalar Structure in High Reynolds Number Grid-Generated Wind Tunnel Turbulence

L. Mydlarski, Z. Warhaft (Cornell University)

10:58 BF.02 Joint Velocity and Concentration Measurements in a Buoyant Helium Plume

Michelle D. Nearon, Foluso Ladeinde, Edward E. O'Brien (SUNY at Stony Brook), Surya Raghu (Bowles Fluidic Corporation), William M. Pitts (NIST)

11:11 BF.03 Conditional statistics and structure functions of a passive scalar in a turbulent curved channel flow

J. L. Aider, J. E. Wesfreid (L.H.M.P. at E.S.P.C.I. - 10 rue Vauquelin - 75231 PARIS Cedex 05 - FRANCE)

11:24 BF.04 A quantitative study of flow characteristics passing a passive mixing tab using PIV

Wenming Yang, J. Sheng, H. Meng, Y. Pu (Laser Fluids Diagnostics Lab, Kansas State University)

11:37 BF.05 Inertial range diffusively-controlled spectral properties of scalars in turbulent mixing

Emmanuel Villermaux, Claudia Innocenti (LEGI/IMG--CNRS, BP 53X 38041 Grenoble, France)

11:50 BF.06 Assessment of PDF Micromixing Models Using DNS Data for a Two-Step Reaction

Kuochen Tsai (BEAM Technologies, Inc.), Mitali Chakrabarti (Altair Engineering), Rodney O. Fox (Kansas State University), James C. Hill (Iowa State University)

12:03 BF.07 A Lagrangian PDF Model for the Scalar Dissipation in Homogeneous Turbulence

Rodney O. Fox (Center for Complex Fluid Flows, Kansas State University)

12:16 BF.08 Mixing of a Passive Scalar in Magnetically Forced Two-Dimensional Turbulence

J.P. Gollub, Benjamin S. Williams (Haverford College)

10:45 BG.01

Xiaowen Shan (Los Alamos National Laboratory)

10:58 BG.02 Fluid Dynamic Eqs.For Adiabatic Convection In Earth's Ultracompressed Core; Turbulence Engendered Large-Scale Motions.

K. L. McDonald (P.O. Box 2433, Salt Lake City, UT)

11:11 BG.03 Magnetohydrodynamic convection in liquid gallium.

Anne Juel, Tom Mullin (Department of Physics, University of Manchester, U.K.)

11:24 BG.04 Instability and Dynamics of Standing Waves and Traveling Rectangles

Hermann Riecke (Northwestern University), Lorenz Kramer (Universität Bayreuth, Germany), Glen D. Granzow (Northwestern University)

11:37 BG.05 Onset of Thermal Convection in a Homeotropically Aligned Nematic Liquid Crystal

Leif N. Thomas, Guenter Ahlers, Kapil M. S. Bajaj (Department of Physics and Center for Nonlinear Science, University of California, Santa Barbara, California 93106)

11:50 BG.06 Thermoconvective instability of paramagnetic fluids in a uniform magnetic field

Jie Huang, Boyd F. Edwards, Donald D. Gray (West Virginia University)

12:03 BG.07 Three Dimensional Flow Instabilities During Alloy Solidification

C.F. Baker, D.N. Riahi (University of Illinois,Urbana,IL)

12:16 BG.08 Convective processes in sea ice and marine ice

M.G. Worster, D.L. Feltham, J. Tabraham (DAMTP, University of Cambridge)

10:45 BH.01 Instability of a liquid jet emanating into a gas

J. N. Chen, S. P. Lin, C. H. Teng (Department of Mechanical and Aeronautical Engineering, Clarkson University,Potsdam,NY 13699-5725)

10:58 BH.02 Absolute and convective instability of a liquid jet

I Vihinen, S. P. Lin, J. N. Chen (Department of Mechanical and Aeronautical Engineering, Clarkson University,Potsdam,NY 13699-5725)

11:11 BH.03 Numerical Simulation of Compressible Plane Jets

R.S. Reichert, S. Biringen (University of Colorado, Boulder)

11:24 BH.04 Experimental and Numerical Study of a Confined Jet

G. Bouchet (L.P.M.M.H. at E.S.P.C.I. - 10, rue Vauquelin - 75231 PARIS Cedex 05 - France)

11:37 BH.05 Mode Excitation in a Jet At Mach 0.85.

Thomas C. Corke, David Cavalieri (Ill. Inst. of Tech.)

10:45 BI.01 Simple and Efficient Difference Methods for 3D Incompressible Flows Using Vorticity Formulation

Weinan E (Courant Institute, New York University), Jian-Guo Liu (Mamthematics Dept., Temple University)

10:58 BI.02 Velocity-Vorticity Formulation for High-Order Methods

James Trujillo, George Karniadakis (Brown University)

11:11 BI.03 Improved Immersed Boundary Methods for Pseudospectral Simulations

Jamaludin Mohd. Yusof, John L. Lumley (Cornell University)

11:24 BI.04 Nonhomogeneous Radiation Boundary Conditions Simulating >Incoming Acoustic and Vorticity Waves\foornote*Work supported >by NASA Langley Research Center Grant NAG1-1776

Christopher K.W. Tam, Christopher K.W. Tam, Konstantin A. Kurbatskii (Florida State University)

11:37 BI.05 A Pseudospectral Method for Simulation of Free Surface Flows in The Presence of Surfactants.

Costas Dimitropoulos, Antony N. Beris (University of Delaware)

11:50 BI.06 Estimation of Mean Fields in Hybrid Particle/Finite Volume Methods on Unstructured Three--Dimensional Deforming Meshes

S. Subramaniam (Cornell University), D.C. Haworth (GM Ramp;D Center)

12:03 BI.07 The Simulation of Complex Rotating Systems

F. Ladeinde, M. Nearon (Thaerocomp Technical Corporation and SUNY at Stony Brook)

12:16 BI.08 HPF Implementation in Large-Scale CFD Code

Xuwen Qiu, Thong Q. Dang (Syracuse University)

10:45 BJ.01 Third Sound Resonance in Thin \bf^3He - \bf^4He Mixture Films

P. T. Finley, P. S. Ebey, R. B. Hallock (Laboratory for Low Temperature Physics, Department of Physics and Astronomy, University of Massachusetts, Amherst, MA)

10:58 BJ.02 Correlation of Avalanches of Superfluid \bf^4He in Nuclepore.

M. P. Lilly, A. H. Wootters, R. B. Hallock (Laboratory for Low Temperature Physics, Department of Physics and Astronomy, University of Massachusetts, Amherst, MA)

11:11 BJ.03 The Solubility of ^4He in ^3He in the Fermi Liquid Region

Jizhong He, T. G. Culman, D. O. Edwards, H. H. Hjort (Department of Physics, The Ohio State University, Columbus, OH 43210, USA)

11:24 BJ.04 Precise Measurements of the Superfluid Density of ^4He in Vycor Glass

Geoffrey M. Zassenhaus, Andrew Tyler, John D. Reppy (Laboratory of Atomic and Solid State Physics and the Materials Science Center, Cornell University)