Program overview

MONDAY MORNING, 22 NOVEMBER 2004

10:20 GA.001 Stress distribution over endothelial cells in shear flow

C.M. Leong, A. Voorhees, T. Wei (Rutgers University), G.B. Nackman (Robert Wood Johnson Medical School)

10:33 GA.002 Tank-Treading motion and hydrodynamic stress effects on red blood cells in a turbulent shear flow

Juldeh Sesay, Foluso Ladeinde (SUNY Stony Brook, New York, USA)

10:46 GA.003 Leukocyte and endothelium interactions in shear flow: adhesion, rolling, cell deformability and morphology

Gaozhu Peng, Prosenjit Bagchi, Norman Zabusky (Department of Mechanical and Aerospace Engineering, Rutgers University)

10:59 GA.004 Simulation of cell-cell interactions in shear flow

Charles Eggleton (Department of Mechancial Engineering, UMBC), Sameer Jadhav, Konstantinos Konstantopoulos (Department of Chemcial and Biomolecular Engineering, The Johns Hopkins University)

11:12 GA.005 A 3-D Computational Model of Cell Rolling Under Shear Flow

Sameer Jadhav (Department of Chemical and Biomolecular Engineering, The Johns Hopkins University), Charles Eggleton (Department of Mechanical Engineering, UMBC), Konstantinos Konstantopoulos (Department of Chemical and Biomolecular Engineering, The Jonhs Hopkins University)

11:25 GA.006 In vivo Measurement of Red Blood Cell Deformation and Velocity in Capillary

Jae Hong Jeong, Yasuhiko Sugii (The University of Tokyo), Motomu Minamiyama (Hiroshima International University), Koji Okamoto (The University of Tokyo)

11:38 GA.007 Deformable cells in confined geometries: From hemolysis to hydrodynamic interactions

Manouk Abkarian, Magalie Faivre, Howard A. Stone (Harvard University, Boston, USA)

11:51 GA.008 On the enhanced Poiseuille-Fahraeus effect

Kimberly Bickraj (Morgan State University, Baltimore, USA), Brian White, Manouk Abkarian, Howard A. Stone (Harvard University, Boston, USA)

12:04 GA.009 Multiscale simulation of red blood cell aggregation

P. Bagchi (Mechanical & Aerospace Engineering, Rutgers University), A. S. Popel (Biomedical Engineering, Johns Hopkins University)

12:17 GA.010 Effects of cytosolic viscosity and crowding on the kinetic properties of intracellular signaling

Keng-Hwee Chiam, Gunaretnam Rajagopal (Bioinformatics Institute of Singapore)

10:20 GB.001 Experimental study of millimeter-sized bubbles in a vertical pipe flow

Ying Hang Tsang, Donald Koch (Cornell University), Ashok Sangani (Syracuse University)

10:33 GB.002 Why do oblate bubbles rising in shear flows migrate in the ``wrong'' direction

Jacques Magnaudet (CNRS/IMFT)

10:46 GB.003 Motion of long gas bubbles in channels of different cross-sections in monolith chemical reactors

Vladimir Ajaev (Southern Methodist University)

10:59 GB.004 Arresting Bubble Dissolution with Hydrophobic Particles

Ryan J. Larsen (Harvard University), Calvin Archibald (Howard University), Howard A. Stone (Harvard University)

11:12 GB.005 Surfactant effects on the dynamics of an intravascular bubble

Jie Zhang, David Eckmann, P.S. Ayyaswamy (University of Pennsylvania)

11:25 GB.006 Mass-production of perfectly monodisperse microfoams using capillaries and micro-channels.

Alfonso M. Ganan-Calvo, Juan Fernandez (ESI, Universidad de Sevilla, 41092 Sevilla, Spain)

11:38 GB.007 Foam flow in microchannels

Thomas Cubaud, Chih-Ming Ho (UCLA - MAE Dept.)

11:51 GB.008 Foam failure

Adrian Daniel Staicu, Sascha Hilgenfeldt (Physics of Fluids, University of Twente, P.O. Box 217, 7500AE Enschede, The Netherlands)

12:04 GB.009 A New Thinning Law for Lamellae in Foams

Lucien Brush (University of Washington), Stephen Davis (Northwestern University)

12:17 GB.010 Large-scale foam flows: discrete effects and limits of a continuum approach.

Igor Veretennikov, Alexandra Indeikina (University of Notre Dame, Notre Dame, IN), Marius Asipauskas (NASA Glen Research Center, Cleveland, OH), James Glazier (Indiana University, Bloomington IN)

10:20 GC.001 Carbon nanotubes in liquid suspension: Electric-field-induced alignment and optical anisotropy

Jerry W. Shan, Matthew Brown, Chen Lin (Rutgers University)

10:33 GC.002 Optical Microscope Study of Liquid Transport in Carbon Nanotubes

Haim Bau, Byong Kim, Sinha Shashank, Michael Riegelman (University of Pennsylvania)

10:46 GC.003 Capillary filling of nano-channels

Nicolas Bremond, Detlef Lohse (Physics of Fluids - University of Twente), Niels Tas, Jeroen Haneveld (BIOS_TST - University of Twente)

10:59 GC.004 Transient Electroosmotic flow in Nano-channels

Pradeep Gnanaprakasam, A.T. Conlisk (The Ohio State University)

11:12 GC.005 Electroosmotic Mixing in Nanochannels

A.T. Conlisk, Lei Chen (The Ohio State University)

11:25 GC.006 Electroosmosis in a Bottleneck: Geometrically Mediated Eddies

Stella Park (Harvard University, Dept. of Molecular amp; Cellular Biology), Christopher Russo (Harvard University, Division of Eng. amp; App. Sci. and Harvard-MIT Division of Health Sciences amp; Technology), Daniel Branton (Harvard University, Dept. of Molecular and Cellular Biology), Jene Golovchenko (Harvard University, Division of Eng. amp; App. Sci. and Dept. of Physics), Howard Stone (Harvard University, Division of Eng. amp; App. Sci.)

11:38 GC.007 Microfluidic applications of induced-charge electro-osmosis

Jeremy Levitan, Martin Bazant (Mathematics, MIT and Institute for Soldier Nanotechnologies), Shankar Devanesathipathy (Chemical Engineering, MIT), Hongwei Sun (Mathematics, MIT), Todd Thorsen (Mechanical Engineering, MIT and ISN)

11:51 GC.008 Multiscale Simulation of Electroosmotic Microchannel Flow with Resolved Electric Double Layer

Bert Debusschere, Helgi Adalsteinsson (Sandia National Laboratories, Livermore, CA)

12:04 GC.009 Secondary electroosmotic flow in microchannels with nonuniform and asymmetric Zeta potential

Jinbai Zhang (LNM Institute of Mechanics, Chinese Academy of Sciences), Guowei He (Center for Turbulence Research, Stanford University), Feng Liu (University of California, Irvine)

12:17 GC.010 Velocity Measurements Inside the Electric Double Layer in Electrosomotic Flow

Reza Sadr, Minami Yoda (Georgia Institute of Technology), Pradeep Gnanaprakasam, A. Terry Conlisk (Ohio State University)

10:20 GD.001 Large Eddy Simulation of Engineering Flows: A Bill Reynolds Legacy.

Parviz Moin (Center for Turbulence Research, Stanford University)

10:46 GD.002 Universal Structure of High Curvature Regions on Material Lines

A. Leonard (Graduate Aeronautical Laboratories, Caltech)

10:59 GD.003 Mixing/unmixing in compressible turbulent flows

Paul Dimotakis (Caltech)

11:12 GD.004 Higher Order Representation of the Log-Law

R. D. Moser, J. W. Lindley, P. Zandonade (U. of Illinois), J. C. de Álamo, J. Jiménez (U. Politécnica de Madrid)

11:25 GD.005 Combined PIV and PLIF measurements in a polymer drag reduced boundary layer

Godfrey Mungal (Professor, Stanford University), Yongxi Hou (Research Associate, Stanford University), Vijay Somandepalli (Graduate Research Assistant, Stanford University)

11:38 GD.006 Evidence for time-dependent bursting in wall-bounded turbulent flows

Javier Jiménez (U. Politécnica Madrid amp; CTR Stanford), Genta Kawahara (U. Kyoto), Mark Simens (U. Politécnica Madrid)

11:51 GD.007 Development of a low-dimensional model of IC engine flows

Mark Fogleman, John L. Lumley (Cornell University), Daniel Haworth (The Pennsylvania State University), Dietmar Rempfer (Illinois Institute of Technology)

12:04 GD.008 A quiet free shear flow

Jonathan B. Freund, Mingjun Wei (Theoretical and Applied Mechanics, UIUC)

10:20 GE.001 Shock Dynamics in Particle-Laden Thin Films

Andrea Bertozzi (University of California Los Angeles), Junjie Zhou, B. Dupuy, A. E. Hosoi (Massachusetts Institute of Technology)

10:33 GE.002 Subcritical and supercritical bifurcations of the Benney equation

O. Gottlieb, Alexander Oron (Department of Mechanical Engineering, Technion-Israel Institute of Technology, Haifa 32000 ISRAEL)

10:46 GE.003 Interfacial disturbances in a laboratory exchange flow

Ted Tedford (Department of Civil Engineering, University of British Columbia, Vancouver, British Columbia V6T 1W5, Canada), Greg Lawrence (Department of Civil Engineering, University of British Columbia), Roger Pieters (Department of Civil Engineering and Department of Earth and Ocean Sciences, University of British Columbia)

10:59 GE.004 Three-dimensional simulations of a less viscous fluid displacing a more viscous one in a capillary tube

Surya Harith Vanaparthy, Eckart Meiburg, Dirk Wilhelm (UCSB)

11:12 GE.005 Stability analysis of shear flow with stratified viscosity

Patricia Ern, Francois Charru (Institut de Mecanique des Fluides - UMR CNRS/UPS-INP 5502 - Allee du Prof. C. Soula - 31400 Toulouse - France), Paolo Luchini (Dipartimento di Ingegniera Meccanica - Universita di Salerno - 84084 Fisciano - Italy)

11:25 GE.006 Optimal Disturbances in Two-Phase Mixing Layers

Philip Yecko (Columbia University, Dept. of Astronomy, M.I.T. Dept. of Mathematics), Stephane Zaleski (LMM, Universite Pierre et Marie Curie (Paris 6))

11:38 GE.007 Direct numerical simulations of three-layer viscosity-stratified flow

Ajay Prasad, Qing Cao, Kausik Sarkar (Department of Mechanical Engineering, University of Delaware, Newark, DE 19716)

11:51 GE.008 Controlled Pattern Formation in Carbon Nanotube Arrays Using Liquid Interfaces

Elijah Sansom, Flavio Noca, Jijie Zhou, Lydia Trevino, Morteza Gharib (California Institute of Technology)

12:04 GE.009 Structure Formation and Thermocapillary Pattern Replication in Thin Polymer Films

Wei Chen (Dept. of Physics), Anton A. Darhuber (Dept. of Electrical Eng.), Sandra M. Troian (Dept. of Chemical Eng., Princeton University)

12:17 GE.010 Domain Relaxation in Polymer Monolayers

Andrew J. Bernoff (Mathematics, Harvey Mudd College, Claremont CA 91711), James C. Alexander (Mathematics, Case Western Reserve University), Elizabeth K. Mann (Physics, Kent State University), Jr. Mann (Chemical Engineering, Case Western Reserve University)

10:20 GF.001 On the Crest Profile Histories of Short Wavelength Breaking Wind Waves

J.H. Duncan, X. Liu, M.R. Tavakolinejad (University of Maryland)

10:46 GF.002 Strongly-Forced Wind Waves

Alexey Fedorov (Dept. of Geology & Geophysics, Yale University), W. Kendall Melville (University of California, San Diego)

11:12 GF.003 On the Onset and Strength of Breaking of Two-dimensional Deep Water Waves.

Michael Banner, William Peirson (The University of New South Wales, Sydney 2052, Australia)

11:38 GF.004 Sources of Turbulence Beneath Breaking Wind Waves

Mark Loewen, Mohamed Elkamash (Department of Civil and Environmental Engineering, University of Alberta)

12:04 GF.005 The Distribution of Microbreaking Waves from Infrared Imagery

Andrew Jessup, Kapil Phadnis (University of Washington)

10:20 GG.001 Turbulent-laminar patterns in Couette flow: stripes and spots

Dwight Barkley (University of Warwick, United Kingdom), Laurette Tuckerman (LIMSI-CNRS, France)

10:33 GG.002 Turbulent-laminar patterns in Couette flow: parameter dependence

Laurette Tuckerman (LIMSI-CNRS, France), Dwight Barkley (University of Warwick, United Kingdom)

10:46 GG.003 Stability of Couette Flow with Wall Transpiration

Bartholomew Wiktorowicz (University of Western Ontario, London, Ontario, N6A5B9, Canada), J.M. Floryan (University of Western Ontario, London, ONtario, N6A5B9, Canada)

10:59 GG.004 Transient Disturbance Growth in a Corrugated Channel

J. Szumbarski (Warsaw University of Technology, Warsaw, Poland), J.M. Floryan (University of Western Ontario, London, Ontario, N6A5B9, Canada)

11:12 GG.005 Experimental and Theoretical Investigation of Stability of Flows in Grooved Channels

J.M. Floryan (University of Western Ontario, London, Ontario, N6A5B9, Canada), M. Asai (Tokyo Metropolitan Institute of Technology, Tokyo, 191-0065, Japan)

11:25 GG.006 A pressure-term representation in empirical Galerkin models of shear flows

Bernd R. Noack (Technical University of Berlin HF1, 10623 Berlin, Germany), Paul Papas (Colorado School of Mines, Golden, CO 80401, USA), Peter A. Monkewitz (Swiss Federal Institute of Technology (EPFL), CH-1015 Lausanne, Switzerland)

11:38 GG.007 THREE-FLUID VISCOUS INSTABILITY of CORE-ANNULAR FLOW

Laurent Talon, Jerome Martin, Nicole Rakotomalala, Dominique Salin (Laboratoire FAST , CNRS Universities Pierre et Marie Curie and Paris Sud France), Yannis. C. Yortsos (Department of Chemical and Petroleum Engineering, University of Southern California)

11:51 GG.008 Evolution of a quasi-2D shear layer in a soap film flow

Peter Vorobieff, Aparna Korlimarla (The University of New Mexico)

12:04 GG.009 A compressible model of soap film flow

Petri Fast (Center for Applied Scientific Computing, Lawrence Livermore Nat'l Laboratory)

12:17 GG.010 Elliptic instability in nonlinear-reactive closure models for turbulence

Bruce Fabijonas (Department of Mathematics, Southern Methodist University), Darryl Holm (CCS-LANL and Mathematics Department, Imperial College)

10:20 GH.001 Steady state ventilation regimes in multiple room buildings

Morris Flynn, Colm-Cille Caulfield (Univ. of California - San Diego)

10:33 GH.002 Mixing of Chemicals in an Enclosed Ventilated Space

Devin Conroy, Stefan Llewellyn Smith, Colm Caulfield (University of California San Diego)

10:46 GH.003 The Effects of Multiple Cooling Diffusers in an Underfloor Air Distribution System

Qing Liu, Paul Linden (University of California, San Diego)

10:59 GH.004 Entrainment by Lazy Plumes

Nigel Kaye, Gary Hunt (Department of Civil and Environmental Engineering, Imperial College London, London SW7 2AZ, UK)

11:12 GH.005 Self-Preserving Mixing Properties of Steady Round Buoyant Turbulent Plumes in Uniform Crossflow

F. J. Diez, L. P. Bernal, G. M. Faeth (University of Michigan)

11:25 GH.006 Spatial forcing of Rayleigh-Benard Convection

Jonathan McCoy, Gabe Shaughnessy, Charlie Hagedorn, Eberhard Bodenschatz (Cornell University), Steve Lipson (Technion University)

11:38 GH.007 Local current fluctuations in electroconvection in the nematic liquid crystal N4

Xiaochao Xu, Guenter Ahlers (Dept. of Physics and iQUEST, University of California, Santa Barbara)

11:51 GH.008 Electroconvection roll drift in the presence of a locally supercritical region

Dan Spiegel (Department of Physics and Astronomy, Trinity University)

12:04 GH.009 Dynamics of Fluctuations below the onset of electro-convection

Xinliang Qiu, Guenter Ahlers (Department of Physics and iQUEST, UCSB)

12:17 GH.010 Fluctuations near the Fréedericksz transition of a homeotropic nematic liquid crystal

Sheng-Qi Zhou, Guenter Ahlers (Dept. of Physics and iQUEST, University of California, Santa Barbara)

10:20 GJ.001 Multiscale Computational Modeling of Bio-fluids in Real Anatomies and Microdevices

David Trebotich (Lawrence Livermore National Laboratory), Greg Miller (University of California, Davis)

10:33 GJ.002 One-Dimensional Non-Newtonian Models for Arterial Flow

Anne M. Robertson, Hasballah Zakaria (University of Pittsburgh)

10:46 GJ.003 Laminar Flow Through Circular Tubes with Side Inlets

Behrouz Abedian, Eric Muhlanger (Tufts University)

10:59 GJ.004 An experimental investigation of bubble sticking in an arteriole bifurcation model

Andres Calderon, Yunseok Heo, Dongeun Huh, Futai Nobuyuki, Shuichi Takayama, J. Brian Fowlkes, Joseph L. Bull (The University of Michigan)

11:12 GJ.005 Bubble sticking and sliding on the wall of a two-dimensional channel

Brijesh Eshpuniyani, Joseph Bull (The University of Michigan)

11:25 GJ.006 An experimental investigation of bubble splitting through multiple bifurcations

Joseph L. Bull, Brijesh Eshpuniyani, J. Brian Fowlkes (The University of Michigan)

11:38 GJ.007 A Computational Model of Micro-Bubble-Induced Blood Vessel Deformation in Gas Embolotherapy

Tao Ye, Joseph L. Bull (The University of Michigan)

11:51 GJ.008 Viscoelastic models of tear film drainage after a blink

R.J. Braun, L.P. Cook (Math Sciences, University of Delaware)

12:04 GJ.009 Control of material strength in a fluidized bed to discover principles of animal foot impact during locomotion

D.I. Goldman, W.L. Korff, R.J. Full (Department of Integrative Biology, UC Berkeley, Berkeley, CA 94720)

12:17 GJ.010 Flow in the proboscis of a mosquito

Kenji Kikuchi, Osamu Mochizuki (Toyo University)

10:20 GK.001 Collective diffusion in sheared suspension

Alexander Leshansky, John Brady (Division of Chemistry amp; Chemical Engineering, California Institute of Technology, Pasadena, CA 91125)

10:33 GK.002 Migration of Buoyant Mono- and Bi-disperse Suspensions in Low Reynolds Number Pressure-Driven Pipe Flow

Jay Norman, Hebri Nayak, Roger Bonnecaze (The University of Texas at Austin)

10:46 GK.003 Dynamics of Spheroids in Simple Shear Flow

Ulf C. Andresen, Minami Yoda (Georgia Institute of Technology)

10:59 GK.004 Lift mechanics of downhill skiing and snowboarding

Q. Wu, Y. Igci, Y. Andreopoulos, S. Xanthos, S. Weinbaum (Departments of Mechanical and Biomedical Engineering, The City College of New York)

11:12 GK.005 Boundary-layer analysis of a steady-state chimney in a mushy layer

Jacqueline Ashmore, Grae Worster (DAMTP, University of Cambridge)

11:25 GK.006 Numerical Characterization of Thermal Effects on Heat Transfer in Porous Media

May-Fun Liou (NASA Glenn Research Center), Isaac Greber (Case Western Reserve University)

11:38 GK.007 Stability of a fluid-saturated porous medium contained in a vertical cylinder heated from below by forced convection.

P. D. Weidman, J. P. Kubitschek (University of Colorado)

11:51 GK.008 Critical Bond Numbers for Bubbles in Pores of Packed Spheres

Steven H. Collicott, Robert E. Manning (Purdue University, School of Aeronautics and Astronautics)

12:04 GK.009 Continuum and discrete modeling of porous media with application to relative permeability predictions

Bojan Markicevic, Ned Djilali (IESVic, University of Victoria)

12:17 GK.010 Anisotropic transport in self-affine fractures

German Drazer (The Levich Institute, City College of CUNY), Harold Auradou (Laboratoire FAST, Univesite Paris-Sud), Hulin Jean Pierre (Laboratoire FAST, Universite Paris-Sud), Joel Koplik (The Levich Institute and Physics Department, City College of CUNY)

10:20 GL.001 Effects of long chain polymers on Taylor-Couette flow

Daniel Lanterman (Institute for Research in Electronics and Applied Physics, University of Maryland, College Park 20742), Thomas H. van den Berg, Stefan Luther, Detlef Lohse (Dept. of Applied Physics, University of Twente, 7500 AE Enschede, Netherlands), Daniel P. Lathrop (Dept. of Physics, University of Maryland, College Park 20742)

10:33 GL.002 Effect of Polymers on Inertially Forced Turbulence

Alice Crawford (Cornell University LASSP), Nicolas Mordant (Laboratoire de Physique Statistique, Ecole Normale Superieure de Paris), Mickael Bourgoin, Ouellette Nicholas, Haitao Xu, Eberhard Bodenschatz (Cornell University LASSP)

10:46 GL.003 Drag Reduction in High Shear Turbulent Pipe Flow

Gordon Garwood, David Walker (General Dynamics - Advanced Information Systems), Steven Ceccio, Eric Winkel (University of Michigan - Department of Mechanical Engineering), General Dynamics Collaboration, University of Michigan Collaboration

10:59 GL.004 A new algorithm for DNS of turbulent polymer solutions using the FENE-P model

T. Vaithianathan, Lance Collins (Cornell University), Ashish Robert, James Brasseur (Penn State University)

11:12 GL.005 Lagrangian simulations of polymer drag reduction

Vincent Terrapon, Yves Dubief, Parviz Moin, Eric Shaqfeh (Stanford University)

11:25 GL.006 On the dynamics of turbulent polymer flows at high drag reduction

Yves Dubief (Center for Turbulence Research, Bldg 500, Stanford, CA 94305-3035), Vincent Terrapon, Lele Sanjiva (Dept. of Mechanical Engineering), Eric Shaqfeh (Dept of Chemical and Mechanical Engineering), Parviz Moin (Center for Turbulence Research)

11:38 GL.007 Fundamental Physics Underlying Momentum Flux Suppression and Drag Reduction by Polymers

Ashish Robert, James Brasseur (Penn State University), T. Vaithianathan, Lance Collins (Cornell University)

11:51 GL.008 Energetics of Polymer-Turbulence Dynamics in DNS of Isotropic and Shear Turbulence

James Brasseur, Ashish Robert (Penn State University), Lance Collins, T. Vaithianathan (Cornell University)

12:04 GL.009 The effect of polymers on the dynamics of turbulence in a drag reduced flow

Bettina Frohnapfel, Jovan Jovanovic, Mira Pashtrapanska, Franz Durst (Friedrich-Alexander-Universitaet Erlangen-Nuernberg)

12:17 GL.010 Viscosity Measurements by Ulltrasonic Pulsed Doppler Velocimetry

Robert Powell, Nihan Dogan (University of California Davis)

10:20 GM.001 Skipping stones

Christophe Clanet (IRPHE - CNRS - France), Lionel Rosellini (Ecole Polytechnique - France), Lydéric Bocquet (LPMCN - Université Lyon I - France)

10:33 GM.002 The Platonic Ideal of Stalactite Growth

Martin Short, James Baygents, Warren Beck, David Stone, Raymond Goldstein (University of Arizona), Rickard Toomey (Kartchner Caverns State Park)

10:46 GM.003 Stability of Liquid Rope Coiling

N. Ribe (Institut de Physique du Globe, Paris, France), M. Maleki, M. Habibi, R. Golestanian (Institute For Advanced Studies in Basic Sciences, Zanjan, Iran), D. Bonn (Laboratoire de Physique Statistique, Ecole Normale Superieure, Paris, France)

10:59 GM.004 A fluid-mechanical sewing machine

John Lister, Sunny Chiu-Webster (DAMTP, University of Cambridge, UK)

11:12 GM.005 Measurement of Interaction between free surface and vortex using high-speed PIV

Koji Okamoto, Masaaki Ishikawa, Yasuhiko Sugii, Haruki Madarame (The University of Tokyo)

11:25 GM.006 Nonlinear Wave, Vortex and Submerged-Body Interactions in Inviscid and Viscous Fluids

Palaniswamy Ananthakrishnan (Florida Atlantic University)

11:38 GM.007 Capillary Driven Flows along Interior Corner Flows with Wetting Discontinuities

Mark Weislogel, Cory Nardin (Portland State University)

11:51 GM.008 Capillary Driven Flows along Rounded Interior Corners

Yongkang Chen, Mark Weislogel (Portland State University)

12:04 GM.009 Free and bounded corner films

Roman Stocker (Dept. of Mathematics, MIT), Anette Hosoi (Dept. of Mechanicanl Engineering, MIT), Pankaj Doshi (Dept. of Chemical Engineering, MIT)

12:17 GM.010 The oscillatory motion of a surfactant-laden liquid plug in a 2D-channel

Hideki Fujioka, James B. Grotberg (University of Michigan)

10:20 GN.001 Evolution of vortex structure in a model of the turbulent trailing vortex

J.M. Faddy, D.I. Pullin (California Institute of Technology)

10:33 GN.002 Numerical Simulation of Full Scale Trailing Vortex Evolution

Robert Robins, Donald Delisi (NorthWest Research Associates, Inc.)

10:46 GN.003 An explicit connection between radial changes in vortices and azimuthal vorticity gradient

Mitsuru Kurosaka (University of Washington)

10:59 GN.004 Numerical prediction of airplane trailing vortices

M.J. Czech, J.D. Crouch, G.D. Miller (Boeing Commercial Airplanes), M. Strelets (Federal Scientific Center ``Applied Chemistry'')

11:12 GN.005 Elliptic instability of a vortex with axial flow

Laurent Lacaze, Kris Ryan, Stéphane Le Dizès (IRPHE)

11:25 GN.006 Flow Visualization and Particle Image Velocimetry Analysis of Rotor Vortex Wakes

James Stack (University of California Berkeley), Francis Caradonna (NASA Ames Research Center), Omer Savas (University of California Berkeley)

11:38 GN.007 Wake Filling by Active Tail Articulation

Daniel Macumber (MIT), David Beal (NUWC), Anuradha Annaswamy (MIT), Charles Henoch, Stephen Huyer (NUWC)

11:51 GN.008 A study of optimal average lift production by a flapping flat plate

Michele Milano, Matthew Ringuette, Mory Gharib (California Institute of Technology (Caltech))

12:04 GN.009 Vorticity transformation mechanisms and mixing in a transverse jet

Youssef Marzouk, Ahmed Ghoniem (Massachusetts Institute of Technology)

12:17 GN.010 ELECTRICALLY DRIVEN VORTICES IN SHALLOW FLUID LAYERS

H. Salas, S. Cuevas, E. Ramos (Centro de Investigación en Energía, UNAM, A.P. 34, Temixco, Mor. 62580 MEXICO), F. Demiaux (INSA-Lyon, 20 Av. Albert Einstein, 69621 Villeurbanne Cedex FRANCIA)

10:20 GP.001 A note on the solution of transient laminar dispersion by using the gradient expansion method

Juin S. Yu (West Virginia University Tech)

10:33 GP.002 Hystersis in Jeffery-Hamel flows: experiments and theory

Vakhtang Putkaradze (Department of Math and Stat, University of New Mexico), Tom Durgin, Peter Vorobieff (Department of Mechanical Engineering, University of New Mexico), Jessica Deshler (Department of Math and Stat, University of New Mexico)

10:46 GP.003 Steady flow and evaporation of a volatile liquid in a wedge

Mulugeta Markos, V.S. Ajaev (SMU), G.M. Homsy (UCSB)

10:59 GP.004 Multiple solutions of a boundary layer flow forced by external shear

Anthony Davis (University of Alabama), Patrick Weidman (University of Colorado at Boulder), Dan Kubitschek (Jet Propulsion Lab)

11:12 GP.005 On the Applicability of the Onsager Reciprocal Relations to Flow in the Presence of Temperature Gradients

Aruna Mohan, Howard Brenner (Department of Chemical Engineering, Massachusetts Institute of Technology)

11:25 GP.006 Three-Dimensional Simulations of Shock/Heavy Gas Column Interaction

V. Gregory Weirs, Todd Dupont, Tomasz Plewa (University of Chicago)

11:38 GP.007 Investigations of molecular mixing in a shocked gas cylinder

Erik Vold, Chris Tomkins (Los Alamos National Laboratory)

11:51 GP.008 Current Sheet Formation in MHD: Compressibility Effects

David Rollins, Bhimsen Shivamoggi (Univeristy of Central Florida)

12:04 GP.009 Effect of Property Variations on Superfluid He Flow in Narrow Passages

Howard Snyder (University of Colorado at Boulder)

12:17 GP.010 Magnetically controlled adhesion in viscous ferrofluids

José A. Miranda (Departamento de Física - Universidade Federal de Pernambuco, Brazil), Rafael M. Oliveira (Departamento de Física - Universidade Federal de Pernambuco, Brazil), David P. Jackson (Department of Physics and Astronomy, Dickinson College, PA)

12:30 GP.011 Lunch