SUNDAY MORNING
8:00
AA 1 Transient Marangoni Convection Inside a Liquid Droplet. F. Shen and
J. M. Khodadadi, Mechanical Engineering Department,
Auburn University.
8:13
AA 2 Thermocapillary Bubble Migration at Higher Marangoni numbers -
Theory + Experiment. G. Gerbeth, V. Galindo, RCR Rossendorf, Inc.;
M. Treuner, D. Langbein, ZARM, Bremen, Germany.
8:26
AA 3 Thermocapillary Motion of Deformable Drops: Convection Effects.
Q. Shi & H. Haj-Hariri, U. of Virginia; A. Borhan, Penn State U.
8:39
AA 4 A Particle-in-Cell Method Applied to Viscous Multiphase Flow.
Michael Stoecker, Air Force Institute of Technology; Deborah Sulsky,
Univeristy of New Mexico.
8:52
AA 5 Unsteady forces on a spherical bubble. J.F. Klausner, W.C. Park,
and R. Mei, Univ. of Florida.
9:05
AA 6 Dynamics of a Drop in a Constricted Capillary Tube. M.J. Miksis and
T.M. Tsai, Department of Engineering Sciences and Applied
Mathematics, Northwestern University.
9:18
AA 7 Mathematical modeling on evolution of a spherical gas bubble within
flowing fuiud in a straight tube. Y. Jiang, J.F. Himm & L.D. Homer,
Naval Medical Research Institute, Bethesda, MD.
9:31
AA 8 The Influence of Surfacants on the Bubble Motion in Hele-Shaw Cells.
Chang-Won Park and K.S. R. Maruvada, Department of Chemical
Engineering, Univeristy of Florida.
8:00
AB 1 The Curvature of Material Lines in 2-D Deterministic Flows. M. Liu
and F.J. Mizzio, Rutgers University, Piscataway, NJ.
8:13
AB 2 Transition to Spatiotemporal Chaos of an Oscillatory Cellular Front.
D.P. Vallette, W.S. Edwards and J.P. Gollub, Haverford Coll. and
Univ. of Pennsylvania.
8:26
AB 3 Mixing in Aperiodic Chaotic Flows: Theory and Applications. F.J.
Muzzio, M. Liu, D.J. Lamberto, P.D. Swanson, and C. Wightman, Rutgers
University, Piscataway, NJ.
8:39
AB 4 Chaotic advection and anomalous diffusion in rotating fluid flow.
J.S. Urbach, E.R. Weeks, T.H. Solomon 1, H.L. Swinney, Univ. of Texas
at Austin. 1=Bucknell Univ., Lewisburg, PA.
8:52
AB 5 Spatial Coupling Measurements in Inhomogenous Flows. George Broze,
Satish Narayanan and Fazle Hussain, Univ. of Houston.
9:05
AB 6 Spatiotemporal Dynamics in a Forced Plane Mixing Layer. Satish
Narayanan and Fazle Hussain, Univ. of Houston.
9:18
AB 7 Spatio-Temporal Secondary Instability and the Route to Turbulence.
N. Aubry, Levich Institute, City College of CUNY; and R. Lima CNRS,
Centre de Physique Theorique, Luminy, Marseille (France).
9:31
AB 8 Scale-dependent fractal dimension in turbulent jets. H.J. Catrakis
and P.E. Dimotakis, California Institute of Technology.
8:00
AC 1 Role of vortices in aircraft safety. R.M. Kerr, National Center for
Atmospheric Research; and T. Chang, University of Colorado.
8:13
AC 2 Numerical Simulation of Trailing Vortices. S.A. Ragab and M.
Sreedhar, Engineering Science and Mechanics Department, Virginia
Polytechnic Institute and State University , Blacksburg, VA.
8:26
AC 3 Effect of Trailing Edge Jet Control on Delta Wing Leading Edge Vortex
Flow. Z. Ding, C. Shih and L. Lourenco, Florida A&M University and
Florida State University, Tallahassee, FL.
8:39
AC 4 Control of Delta Wing Vortex Impingement on Twin Vertical Tails.
John S. Meiter, Brian K. Kobashigawa, and Julie A. Lovato, Frank J.
Seiler Research Laboratory, USAF Academy, CO.
8:52
AC 5 Vortical Flow Control Using a Moveable Stagnation Point. L.A. Darden,
N.M. Komerath, Georgia Tech. School of AE.
9:05
AC 6 Vortex dynamics in compact waste incinerators. T. Chang, K. Center,
J. Hertzberg, and S. Mahalingam, University of Colorado at Boulder;
R. Kerr, National Center for Atmospheric Research.
9:18
AC 7 Observation of the Relaxation of 2D Turbulence in Magnetized Electron
Columns. K.S. Fine, X.-P. Huang and C.F. Driscoll, Univ. of Calif.,
San Diego.
9:31
AC 8 Observations of Vortex Crystals in 2D Turbulence in Magnetized
Electron Columns. A.C. Cass, K.S. Fine, D.F. Driscoll and W.G. Flynn,
Univ. of Calif., San Diego.
8:00
AD 1 Lagrangian statistics obtained from large eddy simulations of
turbulent channel flow. Q. Wang and K.D. Squires, Univ. of Vermont.
8:13
AD 2 Conditional Statistics in Turbulent Scalar Mixing and Reaction. F.A.
Jaberi, R.S. Miller and P. Givi, SUNY at Buffalo.
8:26
AD 3 The Anisotropy of hte Fine Scale Structure of Passive Scalars in
Isotropic Turbulence. Chenning Tong and Z. Warhaft, Cornell
University.
8:39
AD 4 Dynamics of a Passive Scalar in a Turbulent Round Jet. C.R. Truman,
R.I. Zadoks, H. Barsun & T. Luna, U. of New Mexico.
8:52
AD 5 Mixing Enhancement in Dual Stream Axisymmetric Jet via Axial
Vorticity. M. Samimy, V.M. Belovich, and M.F. Reeder, The Ohio State
University.
9:05
AD 6 Effects of 2-D and 3-D Disturbances on Mixing in a Shear Layer.
C.G. MacKinnon and M.M. Koochesfahni, Michigan State U.
9:18
AD 7 Multiple round jet mixing using holes on a disk in a circular
configuration. J. Seaba, University of Missouri-Columbia; S.
Gogineni, and M. Roquemore, Wright Laboratory.
9:31
AD 8 Large Scale Structures in a Multi-Jet Impinging Array. S. Arjocu
and J.A. Liburdy, Clemson University.
8:00
AE 1 Massive Parallelization of DSMC-MLG with Application to a
Microchannel Flow. C.K. Oh, E.S. Oran, R.S. Sinkovits, NRL;
B.Z. Cybyk, WPAFB.
8:13
AE 2 A Data Parallel Computer Program for Direct and Large Eddy
Simulations in Complex Geometries on the CM-5. D.K. Tafti, NCSA,
Univ. of Illinois at Urbana-Champaign.
8:26
AE 3 Accuracy Analysis of a Spectral Method for the Simulation of
Stability and Transition in a Curved Channel. B.D. Brandes-Duncan
and K.N. Ghia, University of Cincinnati.
8:39
AE 4 Computational vs. True Dynamics of Fluid Flow Equations. Maxim
Poliashenko and Cyrus Aidum, Institute of Paper Science and
Technology and Georgia Tech.
8:52
AE 5 Numerical Simulation of Transitional Flow Over Complex Geometries.
E.M. Saiki and S. Biringen, Department of Aerospace Engineering
Siences, University of Colorado, Boulder.
9:05
AE 6 Finite Analytical Numerical Simulation of Flow in Irregular Geometry
with Cartesian Grid. W.L. Lin, K. Carlson, C.J. Chen, Department of
Mechanical Engineering, FAMU/FSU College of Engineering Florida A&M
University and Florida State University, Tallahassee, FL.
9:18
AE 7 Three-Dimensional Volume Tracking of Fluid Interfaces on General
Hexahedral Meshes. D. Kothe, T. Chaumuzeau, C. Zemach, Los Alamos
National Laboratory.
9:31
AE 8 Direct Numerical Simulation of Flows with Interfaces. S. Zaleski and
Jie Li, Laboratorie de Modelisation en Mecanique, CNRS, Universite
Pierre et Marie Curie, Paris, Cedex, France.
8:00
AF 1 Singular Eigenfunctions for Shear Flow. N.J. Balmforth and P.J.
Morrison, Institute for Fusion Studies and Department of Physics,
The University of Texas at Austin.
8:13
AF 2 Hamiltonian Interpretation of Singular Eigenfunctions for Shear Flow.
P.J. Morrison and N.J. Balmforth, Institute for Fusion Studies and
Department of Physics, The University of Texas at Austin.
8:26
AF 3 Instability of streamwise vortices in plane channel flows.
K. Coughlin, U de Montreal.
8:39
AF 4 Effect of Density Gradients on the Supersonic Wall Modes in a
Confined Compressible Mixing Layer. O. Peroomian, R.E. Kelly,
University of California at Los Angeles.
8:52
AF 5 Instability Waves in Supersonic Shear Layers. S. Martens, D.K.
McLaughlin, and L.S. Lee, Penn State Univ.
9:05
AF 6 A family of n onlinear wave-mean interactions and their instability
to longitudinal vortex form. W.R.C. Phillips, Q. Shen and Z. Wu,
Clarkson Univ.
9:18
AF 7 Numerical Simulations of Steady and Transitional Flows in Periodic
Wavy Passages and their Heat Transfer Characteristics. S.P. Vanka
and G. Wang, Univ. of Illinois at Urbana-Champaign.
9:31
AF 8 Withdrawn
8:00
AG 1 Frequency-Spectra of Reactants in Turbulent Scalar Mixing Layers.
G.S. Shieh, G.J. Sabini and P. Givi, SUNY at Buffalo.
8:13
AG 2 Turbulent Transport in Premixed Flames. Christopher J. Rutland,
Univ. Wisc-Madison; Stewart Cant, UMIST.
8:26
AG 3 The coupling between flame surface dynamics and species mass
conservation in premixed turbulent combustion. A. Trouve, Institute
Francais du Petrole; D. Veynante, Ecole Centrale de Paris; K.N.C.
Bray, University of Cambridge; and T. Mantel, Center for Turbulence
Research.
8:39
AG 4 Synchronized Vortex Combustion. E.J. Gutmark, T.P. Parr, D.M. Hanson-
Parr, and K.C. Schadow, Research Department, Naval Air Warfare Center
Weapons Division, China Lake, CA.
8:52
AG 5 Evaporation Enhancement of Preheated Fuel Injection. S. McCahan, J.C.
Scott and N. Chopra, University of Toronto.
9:05
AG 6 Convective-Diffusive Mass Transfer with Chemical Reaction in Couette
Flows. Z. Chen and P. Arce, Department of Chemical Engineering,
FAMU/FSU College of Engineering, Tallahassee, FL.
9:18
AG 7 Simulation of a turbulent flame in a channel. G. Bruneaux, IFP,
France and CTR, Stanford University; K. Akselvoll, Stanford
University; T. Poinsot, IMFT and CERFACS, France; and J. Ferziger,
Stanford University.
9:31
AG 8 Ignition Delay for Strained Diffusion Flames and Fuel Strips. T.
Gerk, A.R. Karagozian, UCLA; V.T. Ton, Courant Institute; and S.M.
Candel, Ecole Centrale de Paris.
8:00
AH 1 Probability distribution Function for the Gradient of a Passive
Scalar Diffusing in Isotropic Turbulence: Mapping-closure Model.
B.K. Shivamoggi, University of Central Florida, Orlando.
8:13
AH 2 A Modified Restricted Euler Equation for Turbulent Flows with Mean
Velocity Gradients. S.S. Girimaji, ICASE, NASA Langley, Hampton, VA;
and C.G. Speziale, Boston University, Boston, MA.
8:26
AH 3 Conditionally averaged dynamics of turbulence, new scaling and
stochastic modelling. Evgeny Novikov, Institute for Nonlinear
Science, University of California, San Diego.
8:39
AH 4 The Onset of Intermittency in 2D Decaying Turbulence. L.M. Smith,
Yale University; V. Yakhot, Princeton University.
8:52
AH 5 Renormalization group theory of Bolgiano scaling in Boussinesq
turbulence. Robert Rubinstein, ICOMP, NASA Lewis Research Center,
Cleveland, OH.
9:05
AH 6 Theory of axisymmetric turbulence. Erik Lindborg, KTH, Sweden.
9:18
AH 7 Advection of Compressible Turbulence. Foluso Ladeinde, E.E. O'Brien,
SUNY at Stony Brook.
9:31
AH 8 Topology and Turbulence. R.M. Kiehn, Physics Department, University
of Houston.
8:00
AI 1 High Reynolds Number Boundary Layer Measurements in the National
Diagnostic Facility. H. Nagib, M. Hites, and J. Won, IIT, Chicago, IL
8:13
AI 2 PIV Measurements of a Zero Pressure Gradient Boundary Layer. C.D.
Meinhart, R.J. Adrian, Dept. of Theor. & Appl. Mech. Univ. of IL.
8:26
AI 3 Dynamics of Conditional Vortices in the Near Wall Layer. J. Zhou,
R.J. Adrian, S. Balachandar, Univ. of Illinois at Urbana.
8:39
AI 4 Mean Flow Measurements in High Reynolds Number Pipe Flow. A.J. Smits,
M.V. Zagarola and S.A. Orszag, Princeton University.
8:52
AI 5 Statistical Structure in $R_{\theta} O({10}^6)$ Turbulent Boundary
Layers. J.C. Klewicki, E. Kelner, E.M. Thurlow and M.M. Metzger,
University of Utah.
9:05
AI 6 Visualizations of the Viscous Sublayer at $R_{\theta} \approx
1,000,000$. M.M. Metzger, J.C. Klewicki, E. Kelner and E.M. Thurlow,
University of Utah.
9:18
AI 7 Observations of $k^{-1}$ Velocity Spectra in High Reynolds Number
Pipe Flow. Daniel P. Lathrop, Emory University; Rustom Bhiladvala
and K.R. Sreenivasan, Yale Univ.
9:31
AI 8 Probability density functions of passive temperature fluctuations in
turbulent pipe flow. Rustom Bhiladvala, Yale Univ.; Daniel P.
Lathrop, Emory University; and K.R. Sreenivasan, Yale Univ.
8:00
AJ 1 2-D Convection in Tall Narrow Containers: Implications for Theories
of Heat-Transport in Hard Turbulence. J. Werne, Advanced Study
Program, National Center for Atmospheric Research.
8:13
AJ 2 Spectral Simulation of High Rayleigh number Convection on the CM5.
T.A. Cortese, S. Balachandar, Univ. of Illinois at Urbana-Champaign.
8:26
AJ 3 Effects of rotation on turbulent convection. D.C. Chan, J.A.
Domaradzki, and T. Maxworthy, Univ. So. Calif.
8:39
AJ 4 On the Inclusion of All Quadratic Moments in the Optimum Theory for
Turbulent Convection. R.A. Worthing, Department of Mathematics, MIT.
8:52
AJ 5 PIV Measurements of Turbulent Thermal Convection in a Wide Water
Layer. P.W. Offutt and R.J. Adrian, Department of Theoretical &
Applied Mechanics, University of Illinois at Urbana-Champaign.
9:05
AJ 6 Turbulence Measurements in Non-Penetrative Thermal Convection. Ajay
K. Prasad and Prasad V. Gonuguntla, Department of Mecanical
Engineering, University of Delaware; Ronald J. Adrian, Department of
Theoretical & Applied Mechanics, University of Illinois at Urbana-
Champaign.
9:18
AJ 7 Measured Local Velocity Fluctuations in Turbulent Convection.
Y. Shen, Oklahoma State University; K.-Q. Xia, The Chinese U. of Hong
Kong; and P. Tong, Oklahoma State University.
9:31
AJ 8 Unidirectional Large Scale Horizontal Flow Due to Turbulent
Convection Plumes. W.V.R. Malkus, Dept. of Mathematics, MIT.
8:00
AK 1 Particle Velocities and Trajectories in the Stagnation Zone of an
Impinging Jet. E.K. Longmire and S.L. Anderson, University of
Minnesota.
8:13
AK 2 The Roles of history force in the dispersion of particles in an
isoptropic turbulence. R. Mei, Univ. of Florida.
8:26
AK 3 Eulerian and Lagragian statistics from a direct simulation of
particle-laden, turbulent channel flow. D.W.I. Rouson and J.K. Eaton,
Stanford, Univ.
8:39
AK 4 Simulations of Particle Dynamics in a Confined, High Speed Shear
Flow. E. Chang and K. Kailasanath, Naval Research Laboratory,
Washington, DC.
8:52
AK 5 Multistability and Microstructures in Rapid Granular Flows. M-L. Tan,
S.A. Orszag, Princeton University; and I. Goldhirsch, Tel Aviv
University.
9:05
AK 6 Surface shape of a rotating bucket of sand. G.W. Baxter and M.E.
Vavrek, The Pennsylvania State University at Erie, The Behrend
College.
9:18
AK 7 Mixing Patterns for Surface Dominated Granular Flows. Guy Metcalfe,
T. Shinbrot, J.J. McCarthy, J.M. Ottino, Northwestern University.
9:31
AK 8 Parametric Wave Patterns in Vertically Oscillated Granular Layers.
Paul Umbanhowar, Francisco Melo, and Harry L. Swinney, Center for
Nonlinear Dynamics, University of Texas at Austin.
10:15
BA 1 Interfacial Instabilities in Thin Draining Films. S. Krishamoorthy,
S. Chippada and B. Ramaswamy, Rice University; S.W. Joo, Wayne State
University.
10:28
BA 2 Statistical Properties of Turbulent Wavy Film Flows. J.P. Gollub, J.
Liu, D. Moroz, Haverford Coll, and U. Penn.
10:41
BA 3 Dissipative-dispersive evolution equation for falling annular films.
A.L. Frenkel, Univ of Alabama.
10:54
BA 4 Dissipative-dispersive 3-D waves on films flowing down inclined
planes. K. Indireshkumar and A.L. Frenkel, Univ of Alabama.
11:07
BA 5 Interaction Dynamics of Solitary Waves on a Falling Film. H.-C. Chang
and E. Demekhin, Department of Chemical Engineering, University of
Notre Dame.
11:20
BA 6 Disintrgration of a liquid sheet in contact with a vertical wall.
J.P. McHugh and D.W. Watt, University of New Hampshire.
11:33
BA 7 Dynamics of a Thin Liquid Film Draining Down a Heated Inclined Plane.
M.F.G. Johnson, R.A. Schluter and S.G. Bankoff, Departments of
Mechanical Engineering, Physics, and Chemical Engineering,
Northwestern University.
11:46
BA 8 Thin Liquid Films on a Heated Vertical Cylindrical Rod: Axisymmetric
Flows. Steven W. Benintendi and Marc K. Smith, Georgia Institute of
Technology.
10:15
BB 1 Chaotic motion of a solid through ideal fluid. S.W. Jones & H. Aref,
Department of Theoretical & Applied Mechanics, University of
Illinois.
10:28
BB 2 Basic Forms of chaotic attractors in autonomous nonlinear systems and
their implications. Hie-Tae Moon, Korea Advanced Institute of Science
and Technology.
10:41
BB 3 Soap Film Thickness as a Passive Scalar in a Two-Dimensional Couette
Cell. X-l. Wu, B. Martin, H. Kellay, and W.I. Goldburg, Department of
Physics and Astronomy, University of Pittsburgh.
10:54
BB 4 Synchronous Sloshing in Free and Suspended Containers. P.D. Weidman,
University of Colorado at Boulder.
11:07
BB 5 Transition from Steady to Periodic Motion in Homopolar Devices.
G.Talmage, Pennsylvania State University.
11:20
BB 6 Magnetohydrodynamic Stability of Conducting Fluid Cylinders. David L.
Littlefield, Southwest Research Institute.
11:33
BB 7 Instability and Transitions of Flow in a Curved Square Duct. P.A.J.
Mees, K. Nandakumar and J.H. Masliyah, Dept. of Chemical Eng.,
University of Alberta, Canada.
10:15
BC 1 Interaction of Shear-Free Turbulence with a Free Surface. D.T.
Walker, L. Garza-Rios, Univ. of Michigan; R.I. Leighton, Naval
Research Lab.
10:28
BC 2 Enstrophy Balance for Turbulence at a flat free-surface. R.I.
Leighton, Naval Research Laboratory; D T. Walker and L. Garza-Rios,
The Universitv of Michigan.
10:41
BC 3 Spectral transfers in the free-surface region of open-channel
turbulent flows. Y. Pan and S. Banerjee, University of California at
Santa Barbara.
10:54
BC 4 Coherent Structures in a Turbulent Shear Flow Near a Free Surface.
Wu Ting Tsai, Department of Oceanography, Taiwan Ocean University,
Keelung, Taiwan; & Dick K.P. Yue, Department of Ocean Engineering,
Massachusetts Institute of Technology, Cambridge, Massachusetts
11:07
BC 5 Turbulent Wake Shear Flow at Low Froude Numbers. Athanassios Dimas,
Dept. of Mech. Eng., Univ. of Maryland-College Park.
11:20
BC 6 Large -Scale Features and Velocity Field at the Free Surface in an
Open Channel Flow - S. Kumar, R. Gupta and S. Banerjee, Univ. of
California at Santa Barbara.
11:33
BC 7 Flow over a cylinder Close to a Free Surface. J. Sheridan, J.-C. Lin
and D. Rockwell, Lehigh University.
11:46
BC 8 Flow Field Measurements in a Pulsed Free-Surface Jet. J. Scherer and
L.P. Bernal, University of Michiqan.
10:15
BD 1 Results of a psuedo-sound constitutive relationship for the
dilatational covariances in the k equation of compressible
turbulence. J.R. Ristorcelli, ICASE, NASA-LaRC, Hampton, VA; S.
Thangam, Stevens Institute of Technology, Hoboken VA.
10:28
BD 2 Second-Order Closures for Compressible Turbulence. S. Savarese, C.C.
Volte, J.L. Lumley, Cornell University.
10:41
BD 3 Compressible Turbulence Modeling For Shock-Wave / Boundary Layer
Interaction. C.C. Volte,S. Savarese. J.L. Lumley, Cornell University.
10:54
BD 4 The influence of entropy fluctuations on shock/turbulence
interaction. K. Mahesh, S.K. Lele, P. Moin, Stanford University.
11:07
BD 5 Stochastic Model for Compressible Turbulence. B.J. Delarue and
S.B. Pope, Cornell University.
11:20
BD 6 A Reynolds Stress Equation Turbulence Model for Compressible Flows.
D. Knight and M. Gnedin, Rutgers University.
11:33
BD 7 Mixing Enhancement via Controlled Coherent Modes in High Speed
Compressible Jet Flows. J.T.C. Liu and K. Lee, Brown University.
11:46
BD 8 Validation of a Dynamic k-Equation Subgrid Model By Comparison with
Experimental Results for Compressible Mixing Layers. C. Nelson and
S. Menon, Georgia Institute of Technology.
10:15
BE 1 Simulations of Flow Around Cylinders Using Boundary Forcing. J. Mohd.
Yusof, J.L. Lumley.
10:28
BE 2 A Spectral Domain Decomposition Method for the Simulation of Unsteady
Separated Flows. J.H. Robichaux and S. P. Vanka, and S. Balachandar,
Univ. of Illinois at Urbana-Champaign.
10:41
BE 3 Comparison of Circular and Elliptic Cylinder Wakes Obtained From 2-
and 3-D Direct Numerical Simulations. R. Mittal, S. Balachandar,
Univ. of Illinois at Urbana-Champaign.
10:54
BE 4 Computed Vortex-shedding Patterns in the Near Wake of Bluff
Cylinders. T. Tamura and Y. Itoh, Tokyo Inst. Tech., Japan.
11:07
BE 5 On the Reynolds Number Scaling of Incipient Leading Edge Stall. P.
Reisenthel, Nielsen Engineering & Research, Inc.
11:20
BE 6 Control of Unsteady Separation from the Leading Edge of a Thin
Airfoil. J.D.A. Walker, M.P. Johnson and A. T. Degani, Lehigh
University.
11:33
BE 7 Steady 3-D laminar boundary layers over a swept bump and free wing.
X. Wu and K.D. Squires, Univ. of Vermont.
11:46
BE 8 Unsteady Boundary-Layer Separation Induced by a Vortex Above a
Heated Surface. K.W. Cassel and R.G. Rehm, National Institute of
Standards and Technology.
10:15
BF 1 A Branching Liquid Jet. S.P. Lin and R.D. Webb, Clarkson University.
10:28
BF 2 Regimes of Jet Breakup. M. Hudman and S.P. Lin, Clarkson University.
10:41
BF 3 Instability of a high speed submerged elastic jet. E.J. Hinch & J.M.
Rallison, D.A.M.T.P., Cambridge University, U.K.
10:54
BF 4 Global-temporal dynamics in an axisymmetric jet with helical mode
feedback. S. Ahn and T. C. Corke, Ill. Inst. of Tech.
11:07
BF 5 Dynamic spatial modes control or a circular jet. C. Ding and Uri
Vandsburger, Virginia Tech.
11:20
BF 6 Instability of a fine-grained turbulent jet. KangPing Chen, Arizona
State University, Tempe, Arizona; & D.G. Crighton, DAMTP, University
of Cambridge, Cambridge, U. K.
11:33
BF 7 3-D vorticity in a coflowing, turbulent, high-speed jet subjected to
axial and azimuthal perturbations. K.P. Prestridge & J.C. Lasheras,
University of California, San Diego.
11:46
BF 8 For a Low Speed Turbulent Planar Free Jet, Connections Between
Strengths for Momentum Flux "Ears" Developing Along Each Jet
Spanwise End and Forms Occuring for Shear Layer Vortex and Large
Eddy Structures. S.S. Fisher, Univ. of Virginia.
10:15
BG 1 Shock Front Flow Field Visualization by Gated Imaging of Submicron
Aerosol Traces. Y.W. Kim, Lehigh U.
10:28
BG 2 Shock wave interaction with grid generated turbulence in a shock
tube. George Briassullis and Jannis Andreopoulos, The City College
of CUNY.
10:41
BG 3 The Shock-Vortex Interaction: Shock Distortion and Formation of the
Acoustic Wave. Janet L. Ellzey, Assistant Professor, Michael R.
Henneke, Graduate Research Assistant, Dept. of Mechanical
Engineering, The University of Texas at Austin; J. Michael Picone,
Elaine S. Oran, Naval Research Laboratory.
10:54
BG 4 Interaction of a Reflected Shock with a Self-Induced Boundary Layer.
Y.S. Weber, WPAFB; E.S. Oran, NRL; J.P. Boris NRL; and J.D. Anderson,
Jr., U. Maryland.
11:07
BG 5 Shock Wave Profiles for a two-temperature Maxwellian Description.
R.M. Velasco, L.S. Garcia-Colin, F.J. Uribe, UAM-Iztapalapa, Mexico.
11:20
BG 6 Analysis of the Time-Series of Angular Accelerations of a
Levitated Object Interacting with a Conical Shock Front. Michael A.
Stroscio, Duke University.
11:33
BG 7 Stability Shock Wavc in Fluids and Viscosity of Fluids behind a Shock
Wave Front. V. Mineev, High Energy Density Research Center, Russian
Academy of Science, Izhorskaya,13/19, Moscow 127412, Russia.
10:15
BH 1 A Priori Tests of Dynamic Subgrid-Scale Models for Finite-Difference
Simulation of Incompressible and Compressible Flows. M.V. Salvetti,
S. Banerjee.
10:28
BH 2 Energy dissipation, stress variance and correlation in mixed subgrid-
scale models at moderately high Reynolds numbers. S. Liu, C.
Meneveau and J. Katz, The Johns Hopkins University.
10:41
BH 3 A Lagrangian Dynamic Subgrid-scale Model for LES. C. Meneveau, The
Johns Hopkins University; T.S. Lund and W. Cabot, CTR, Stanford Univ/
NASA AMES.
10:54
BH 4 A Nonlocal Subgrid-Scale Model for Introducing Memory Effects Into an
LES. Gal Berkooz and Mark Hanisch, BEAM Engineering and Applied
11:07
BH 5 Additive Decomposition of the Navler-Stokes Equations with Chaotic
Map Subgrid Models: Application to Intermittent Pipe Flow. J.M.
McDonough, X. Zhong and E.C. Hylin, University of Kentucky,Lexington.
11:20
BH 6 Additive Turbulent Decomposition of the Navier-Stokes Equations with
Chaotic Map Subgrid Models: Application to Supersonic Ramp Flow. D.C.
Weatherly, E.C. Hylin, and J.M. McDonough, University of Kentucky,
Lexington.
11:33
BH 7 A Spectral Model Applied to Decaving Anisotropic Homogeneous
Turbulence. T.T. Clark and C. Zemach, Los Alamos National Laboratory.
11:46
BH 8 A Prediction of Dissipation Anisotropy in Turbulent Shear Flows. J.
Weinstock, Aeronomy Laboratory, NOAA, Boulder, CO.
10:15
BI 1 Analysis of Structure and Evolution in a Low Reynolds Number
Turbulent Boundary Layer Using Stereoscopic Imaging. C. Delo and A.J.
Smits, Department of Mechanical and Aerospace Engineering, Princeton
University.
10:28
BI 2 A New Noise-Cancellation Technique for Turbulent Wall-Pressure
Measurements at Low Reynolds Numbers. A. Naguib and S. Gravante, IIT,
Chicago, IL.
10:41
BI 3 Inverse-Power Law in Wall-Pressure Spectra Beneath a Turbulent
Boundary Layer. C. Wark, S Gravante, A. Naguib and H. Nagib, IIT,
Chicago, IL.
10:54
BI 4 Combined PIV and Wall Pressure Measurements in a Turbulent Boundary
Layer. W. de Ojeda, C.E. Wark and S.A. Ullrich, IIT, Chicago, IL.
11:07
BI 5 Effect of Spatial Resolution on the Measurement of Turbulent Wall-
Pressure Fluctuations. S.P. Gravante, A.M. Naguib, C.E. Wark, and
H.M. Nagib, IIT, Chicago, IL.
11:20
BI 6 The Strong Reynolds Number Effect on Frequency Spectra of Turbulent
Wall Pressure. Ronald L. Panton, U. Texas.
11:33
BI 7 Simultaneous wall pressure and wall shear stress measurements beneath
a turbulent cylindrical boundary layer. H.G. Nepomuceno and R.M.
Lueptow, Northwestern Univ.
11:46
BI 8 Wall pressure peak cvents in wall-bounded turbulent flow. R.M.
Lueptow Northwestern Univ.
10:15
BJ 1 New View of the Turbulent Thermal Boundary Layer on a Flat Plate.
L. Castillo, W. K. George, SUNY at Buffalo.
10:28
BJ 2 Outline of a New Theory for the Natural Convection Turbulent
Boundary Layer Next to Heated Vertical Surfaces. M. Wosnik and
W.K. George, SUNY at Buffalo.
10:41
BJ 3 Near-Ground Behavior of Simulated Microbursts. A. Alahyari and E.
K. Longmire, University of Minnesota.
10:54 '
BJ 4 Properties of Self-Preserving Round Buoyant Turbulent Plumes. G.M.
Faeth, Z. Dai, L.-K.Tseng, Univ. Michigan.
11:07
BJ 5 On the Similarity of Turbulent Buoyant Plumes. A.M. Sardar and W. K.
George, SUNY at Buffalo.
11:20
BJ 6 Laminar mixed convection in the far wake of weakly-heated bodies.
Peter Ehrhard, Kernforschungszentrum Karlsuhe, Germany.
11:33
BJ 7 Laminar Natural Convection Heat Transfer over a Sphere-I: Steady-
State. G. Gogos, University of Nebraska-Lincoln and H. Jia, PPI,
Stevens Institute of Technology.
11:46
BJ 8 Laminar Natural Convection Heat-Transfer over a Sphere-II: Transient.
H. Jia, PPI, Stevens Institute of Technology and G. Gogos, University
of Nebraska-Lincoln.
10:15
BK 1 The Instability of the Unsteady Motion of Solid Particles in Stokes
Flows. Jimmy Feng & Daniel D. Joseph, University of Minnesota.
10:28
BK 2 Effect of the vessel size on the hydrodynamic diffusion of
sedimenting spheres. Elisabeth Guazzelli and Helene Nicolai,
PMMH/ESPCI, Paris, France.
10:41
BK 3 Measurement of Hydrodynamic Dispersion of Non-Colloidal Suspensions,
from Einstein's Argument. D. Salin, J. Martin and N. Rakotomalala,
A.O.M.C, Universite Pierre et Mane Curie, Case 78, 75252 Paris Cedex
05, France.
10:54
BK 4 A Model for the Tangential Stress at a Fluid-Fluid Interface in Flow
through a Hele-Shaw Cell. A. Borhan, Penn State University; A. Nadim,
Boston University; and H. Haj-Hariri, University of Virginia.
11:07
BK 5 Flow along the interface separating two porous media: An experimental
investigation using LDA. Sunil K. Gupte and Suresh G. Advani,
Department of Mechanical Engineering, University of Delaware.
11:20
BK 6 Maximal Effective Diffusivity for Time Periodic Incompressible Fluid
Flows. I. Mezic, University of Warwick; J.F. Brady, and S. Wiggins,
California Institute of Technology.
11:33
BK 7 An Alqorithm Based Upon the Biot-Geertsma-Gassmann Equations to
Estimate (a)Porous Rock Compressibilities and (b)Seismic Velocities
for Porous, Fluid-Filled Rocks. J. Wu, A.K. Benson, Brigham Young
University.
11:46
BK 8 Flow Through a Shallow Packed Bed of Small Parts. K.K. Bofah, C.
Kramer and H.J. Gerhardt, Fachhochschule Aachen &
Ingenieurgemeinschaft WSP.
SUNDAY AFTERNOON
14:00
S1 1 Interfaces and Boundary Conditions.
S.H. Davis, Northwestern University.
14:45
S2 1 Structure and Stability of Finite Amplitude Steady Waves on Deep
Water. P.G. Saffman, California Institute of Technology.
16:00
CA 1 Low Gravity Capillary Flow in a Corner. Mark M. Weislogel, NASA
Lewis Research Center and Seth Lichter, Department of Mechanical
Engineering, Northwestern University.
16:13
CA 2 Solitary waves in a circular array of liquid columns. L. Limat, F.
Giorgiutti and J.E. Wesfreid, Laboratoire de Physique et de Mecanique
des Milieux Heterogenes, ESPCI, 10 rue Vauquelin, 75231 Paris, Cedex
05, France.
16:26
CA 3 Video and photomicroscopy investigation of dynamics in circular free
standing liquid crystalline films. M. Nechanicky, D.H. Van Winkle,
The Florida State University.
16:39
CA 4 Extensional deformation of Newtonian liquid bridges. S. Gaudet, G.H.
McKinley, H.A. Stone, Harvard University, Cambridge, MA.
16:52
CA 5 The viscous instability between two miscible fluids in a capillary
tube. P. Petitjeans and T. Maxworthy, Univ. of So. Calif,Los Angeles.
17:05
CA 6 Microscopic Lattice Boltzmann Model for Multicomponent Fluids. T.
Lookman, D.O. Martinez. S. Chen, Theoretical Division, Los Alamos
National Laboratory.
17:18
CA 7 Long-time evolution and singularity formation in vortex sheets under
surface tension. Michael Shelley, The Courant Institute of
Mathematical Sciences, NYU; John Lowengrub, The University of
Minnesota; and Thomas Hou, California Institute of Technology.
17:31
CA 8 Cahn-Hilliard Hydrodynamics. John Lowengrub, Dept of Math., The
University of Minnesota; Michael Shelley, The Courant Institute, NYU;
Lev Truskinovsky, Dept. and Aerospace and Mechanics, The University
of Minnesota; Jonathan Goodman, The Courant Institute, NYU.
17:44
CA 9 Withdrawn
16:00
CB 1 Stability of the laminar flows past a cylinder in a channel and past
a sphere in a pipe. S.J. Tavenre, Penn State.
16:13
CB 2 Linear Stability of Axial Flow Along the Exterior of a Long Cylinder.
Jae-Soon An and Harold Salwen, Stevens Institute of Technology.
16:26
CB 3 Helical Symmetry in the Stability of Circular Pipe Flow. I. Herron,
R.P.I.
16:39
CB 4 Pipe flow instability analysis for axisymmetric perturbations not
periodic in space. L. Keefe, Nielsen Engineering and Research.
16:52
CB 5 Stability and Bifurcation of Two Submerged Jets in a Channel. R.T.
Goodwin III, W.R. Schowalter, Department of Chemical Engineering,
Univ. of Illinois at Urbana-Champaign.
17:05
CB 6 Thermo-Viscous Fingering of Flow in Finite-Length Thin Slots. K.R.
Helfrich, Woods Hole Oceanographic Institution, Woods Hole, MA.
17:18
CB 7 Linear Stability of Modulated Poiseuille Flow. Harold Salwen and
Jae-Soon An, Stevens Institute of Technology.
17:31
CB 8 On the Stability for the Jeffery-Hamel Flow. F.J. Uribe, E. Diaz,
UAM-Iztapalapa and A. Bravo, UNAM, Mexico.
16:00
CC 1 Laboratory Measurements of Mass Transport by Laminar and Turbulent
Vortex Rings. Wilbur F. Pierce, Donald P. Delisi, Northwest Research
Associates Inc., Bellevue. WA.
16:13
CC 2 On The Evolution of Laminar Vortex Rings. A. Weigand, California
Institute of Technology, Pasadena.
16:26
CC 3 Velocity and Vorticity Distributions in Moderate to High Reynolds
Number Vortex Rings. G.B. Smith, T. Wei, Rutgers Universtiy; J.
Anderson, M.S. Trianatafyllou, and D.K.P. Yue, MIT.
16:39
CC 4 Vortex rings with swirl: an experimental study. T.T. Lim, Dept. of
Mech. & Prod. Eng., National University of Singapore.
16:52
CC 5 Investigation of Vortex Ring Impingment on a Wall and a Free Surface.
Drazen Fabris, Daniel L. Marcus, and Dorian Liepmann, Univ. of Calif.
Berkeley and Lawence Livermore Nat. Lab.
17:05
CC 6 Direct Numerical Simulation of Laminar Vortex Rings. C.K. Madnia and
S. James, SUNY at Buffalo.
17:18
CC 7 A Deterministic Vortex Sheet Method for Boundary Layer Flow. P.S.
Bernard, University of Maryland.
17:31
CC 8 A comparison of planar 2-D and axisymmetric vortex sheet roll-up.
M. Nitsche, University of Colorado, Boulder; & R. Krasny, University
of Michigan, Ann Arbor.
17:44
CC 9 Algorithms for integration and differentiation on irregularly spaced
points. J.R. Grant, Naval Undersea Warfare Center; J.S. Marshall, U.
of Iowa; S.A. Huyer, J.S. Uhlman, Naval Undersea Warfare Center.
16:00
CD 1 Particle Image Distortion. H.T. Huang & H.E. Fielder, Technical
University of Berlin, Germany.
16:13
CD 2 Holographic PIV System. R.J. Adrian, D.B. Barnhart, C.D. Meinhart,
G. Papen, Univ. of Illinois. Urbana.
16:26
CD 3 Instantaneous 3D Measurement of Vortical Flows by Holographic
Particle Velocimetry. Hui Meng & Fazle Hussain, Univ. of Houston.
16:39
CD 4 Concentration and velocity field measurements in turbulent flows
using tomograpbic observations by laser induced fluorescence. G.J.
Merkel, Dept of Industrial Chemistry and Chemical Engineering; T.
Dracos, Institute of Hydromechanics and Water Resources Management,
Swiss Federal Institute of Technology, CH-8092 Zurich; P. Rys and
F.S. Rys, Dept. of Industrial Chemistry and Chemical Engineering.
16:52
CD 5 Velocity-Vorticity Measurements in a Spinning Jet. J. Murray, J.
Wallace, & L. Ong, University of Maryland.
17:05
CD 6 Turbulence Spectra Measurement in Laser Velocimetry. Dave Sree,
Tuskegee University.
17:18
CD 7 Noise, Resolution and Scaling Effects on the Global Extraction of
Velocity from Scalar Measurements in a Shear Flow. Bonnie N.
Carpenter and Arne J. Pearlstein, Department of Mechanical and
Industrial Engineering, University of Illinois at Urbana-Champaign.
17:31
CD 8 Measurement of flow speed from video image of demixing liquid-liquid
mixture using spatial-temporal Fourier spectral method. Kiwing To,
Institute of Physics Academia Sinica ROC.
17:44
CD 9 Laser Doppler Velcimeter Measurements of Boundary Layer Velocity and
Turbulence Intensities in Mach 2.5 Flow. J. Sewell, L. Chew and R.H.
Chen, University of Central Florida.
16:00
CE 1 Intrinsic Equations of Motion Describing Phase Transitions. Andrew J.
Bernoff 1, Andrea L. Bertozzi 2, & David C. Sanocka 1. 1=Dept of Eng.
Sci. Applied Math., Northwestern University; 2=Dept. of Math.,
University of Chicago.
16:13
CE 2 An Asymptotic Theory of Directional Solidification in the Statically
Stablc Case. Kirk Brattkus, Southern Methodist University.
16:26
CE 3 Bifurcation with Anistropy: Effect of Surface-Tension Anisotropy on
Interface Morphology during Directional Solidfication. R.B. Hoyle,
Northwestern University; G.B. McFadden, NIST; and S.H. Davis,
Northwestern University.
16:39
CE 4 Shear Stabilization of Morphological Instability During Directional
Solidification. T.P. Schulze and S.H. Davis, Northwestern University.
16:52
CE 5 Weakly-nonlinear analysis of convection in a mushy layer during the
solidification of a binary alloy. D.M. Anderson and M.G. Worster,
University of Cambridge.
17:05
CE 6 Large-Scale Patterns in Solidification/Dissolution of $NH_{4}Cl$ with
Imposed Convective Flows. T.H. Solomon and R.R. Hartley, Bucknell
University.
17:18
CE 7 Convection Stability of a Solidification Interface in a Porous Layer.
C. Mackie, P. V. Desai and C. W. Meyers, Georgia Institute of
Technology.
17:31
CE 8 A mixed Eulerian-Lagrangian method for the simulation of
morphological instabilities during solidification. H.S. Udaykumar and
W. Shyy, Department of Aerospace Engineering, Mechanics and
Engineering Science, University of Florida, Gainesville.
16:00
CF 1 Trailing vortex instabilities in the wake of a delta wing.
G.D. Miller & C.H.K. Williamson, Cornell University.
16:13
CF 2 The Effect of End Conditions on Bluff Body Wakes at Moderate Reynolds
numbers. A. Prasad & C.H.K. Williams, Cornell University.
16:26
CF 3 The Breakdown of Global Instability in a Plane Wake with Suction at
the Trailing Edge of a Splitter Plate. Tzong-Shyng Leu and Chih-Ming
Ho, University of California, Los Angeles.
16:39
CF 4 The Laminar Wake of Tapered Cylinders in Nonuniform Flow.
M. Hammache, T. Ursenbacher & P.A. Monkewitz, Swiss Fed. Inst. of
Technology, Lausanne.
16:52
CF 5 Spatial Structure of Subharmonic Disturbances in a Cylinder Wake at
Transitional Reynolds Numbers. D. Williams, A. Abouel-Fotouh and P.
Saz Parkinson, Illinois Institute of Technology.
17:05
CF 6 Vortex Formations and Breakdowns Behind Various Polygonal Plates. H.
Higuchi, J. Zhang, H. Balligand, R. W. Anderson, Syracuse
University.
17:18
CF 7 Wave Interaction Induced By Forcing of Axisymmetric Bluff-Body Wakes.
S.C. Cannon, Arete Associates; and F.H. Champagne, University of
Arizona.
17:31
CF 8 Effect of the Sphere/Fluid Density Ratio on Nonaxisymmetric Vortex
Shedding in Wakes of Falling Spheres. W. Joseph Mantle and Arne J.
Pearlstein, Department of Mechanical and Industrial Engineering,
University of Illinois at Urbana-Champaign.
16:00
CG 1 Mixinq Ernhancement in Supersonic Cross Flow throuqh a Pulsed
Transverser Jet. Hsia, Kuo-Ting; Chew, Larry, U. of Central Florida.
16:13
CG 2 Parameterization Study of Pulsed Jets and Penetration Depth in
Subsonic and Supersonic Cross Flow. H. Randolph, L. Chew, Univ. of
Central Florida, Mechanical and Aerospace, Engineering.
16:26
CG 3 The Effect of Streamwise Curvature on the Development of a
Compressible Free Shear Layer. C J King, A. Krothapalli and D.
Wishart, Florida A&M University and Florida State University,
Tallahassee, FL.
16:39
CG 4 Highly Compressible ($M_{c}=2$) Countercurrent Shear Layer. F.S. Alvi
and A. Krothapalli, Florida A&M University and Florida State
University, Tallahassee, FL.
16:52
CG 5 Spatial Instability and the Absolute/Convective Transition in a
Compressible Wake/Mixing Layer. Mei Zhuang, Michigan State
University, Paul E. Dimotakis, Caltech.
17:05
CG 6 Simulation of transonic shear layer flow. T.M. Lappas, P.E.
Dimotakis, and M.D. Slessor, California Institute of Technology.
17:18
CG 7 Experiments on bi-supersonic turbulent shear layers. M.D. Slessor
and P. E. Dimotakis, California Institue of Technology.
17:31
CG 8 On the Weakening of Shock-Induced Adverse Pressure Gradients in
Cascade Configurations. M.S. Cramer and J.F. Monaco, Engineering
Science and Mechanics, Virginia Polytechnic Institute and State
University, Blacksburg, VA.
17:44
CG 9 Formation on Ice Crystals via Explosive Expansion of Humid Air.
S. Mao, MUN, St.John's, Canada.
16:00
CH 1 The Relationship Between Pressure-Velocity-Velocity Structure
Functions and Fourth-Order Velocity Structure Functions. Reginald J.
Hill, DOC/NOAA/ETL.
16:13
CH 2 Interpretations and Generalizations of the Proper Orthogonal
Decomposition. C.S. Carrano & J.G. Brasseur, The Pennsylvania State
University.
16:26
CH 3 Experimental evidence for intense vortical structures in grid
turbulence. J.D. Jacob and O. Savas, U. of California, Berkeley.
16:39
CH 4 Scaling and Dissipation in the GOY shell model. Z. Jane Wang,
The James Franck Institute, The University of Chicago.
16:52
CH 5 About inviscid processes in homogeneous turbulent flows. Leon Van
Dommelen, FAMU/FSU College of Engineering, Tallahassee, FL.
17:05
CH 6 Exact Averaged Equations of 2-D Hydrodynamics. V. Berdichevsky,
Georgia Institute of Technology.
17:18
CH 7 Bottleneck and shear effects in turbulence. Detlef Lohse, James
Franck Institute, University of Chicago; and Axel Muller-Groeling,
Dept. of Physics, University of Toronto, Toronto, Canada
17:31
CH 8 Turbulent Distortion of Homogenous Nucleation at a Tangential
Discontinuity. J.A. Johnson III and R. Hazoume, Florida A&M Univ.
17:44
CH 9 Withdrawn
16:00
CI 1 Transition in Open Flow Systems - A Reassessment. M.V. Morkovin,
Ill. Inst. of Technology; E. Reshotko, Case Western Reserve Univ.;
and T. Herbert, Ohio State Univ.
16:13
CI 2 Resonant Growth of 3-D Subharmonic Modes in Falkner-Skan Boundary
Layers with Adverse Pressure Gradients. T.C. Corke & S. Gruber, Ill.
Inst. of Tech. & Univ. of Stuttgart.
16:26
CI 3 Instability around an isolated roughness element. T. Motohashi,
K. Ono, Nihon Univ., Japan; T. Tamura, Tokyo Inst. Tech., Japan;
K. Kuwahara, ISAS, Japan.
16:39
CI 4 Oblique Wave Transition in Plane Channel Flow. P.A. Elofsson KTH,
Sweden and A. Lundbladh, FFA, Sweden.
16:52
CI 5 Roughness-Induced Transition in Laminar Boundary Layers. M.E.
Grimaldi & K.S. Breuer, Dept. of Aeronautics and Astronautics, MIT,
Cambridge, MA.
17:05
CI 6 Instability of Flow over a 2-D Roughness Placed in hte Flat Plate
Boundary Layer. K. Ono & T. Motohashi, Nihon Univ., Japan; T. Tamura,
Tokyo Inst. Tech., Japan; K. Kuwahara, ISAS, Japan.
17:18
CL 7 The Transition to Global Instability in Artificial Boundary Layer
Streaks. B. Tanguay, T. Maxworthy, D. Gamage & P.A. Monkewitz, Swiss
Fed. Inst. of Technology, Lausanne.
17:31
CI 8 Experiments on the Interaction between Streamwise Vortices and
Tollmien-Schlicting Waves. J.M. Kendall and E. Ikeda, Jet Propulsion
Laboratory, California Inst. of Technology, Pasadena, CA.
Paper CJ 1 has been moved and is now paper JF 6.
16:13
CJ 2 The Dynamics of Sedimenting, Surface Gravity Currents. T. Maxworthy,
Univ. So. Calif. and I.T.G., Univ. of Cambridge.
16:26
CJ 3 Direct Numerical Simulation of a Volcanic Plume on Io. J.V. Austin
and D.B. Goldstein, Univ. of Texas at Austin.
16:39
CJ 4 A Maxwell memory model for delayed weather response to solar heating.
K.R. Sreenivasan, Yale U. and D.D. Joseph, U. Minnesota.
16:52
CJ 5 Capillary waves surfactants and gas transport through the ocean
surface. A.J. Szeri, U.C. Irvine.
17:05
CJ 6 Absolute Instability in a Quasigeostrophic Current-Undercurrent
System. C.E. Grosch, Old Dominion University.
17:18
CJ 7 Large-eddy simulation of Langmuir circulation. G. Yang & S. Leibovich
Cornell University.
17:31
CJ 8 High Rayleigh Number Infinite Prandtl Number Convection with
Temperature Dependent Viscosity. S. Balachandar, Univ. of Illinois
at Urbana; D.A. Yuen, D.M. Reuteler, G. Lauer, Univ. of Minnesota.
17:44
CJ 9 Centrifugal Pumping on Sloping Surfaces in Linearly Stratified
Fluids. R.F. Folse, E.M. Quin, C.W. Piker and A.H. Bell, University
of Southern Mississippi.
16:00
CK 1 Asymmetry of the Pair Distribution Function in a Strongly Sheared
Suspension. J.F. Brady and J.F. Morris, California Institute of
Technology.
16:13
CK 2 Lattice Boltzmann Simulation of Suspensions with Impermeable
Boundaries. Cyrus Aidun and Yannan Lu, Institute of Paper Science
and Technology and Georgia Tech.
16:26
CK 3 Three-Dimensional Simulation of Suspension Flow. Deborah Sulsky,
University of New Mexico; J.U. Brackbill, Los Alamos National
Laboratory.
16:39
CK 4 Rarified Gas Flows Over Multi Cylinders and Spheres. Michael H.
Peters, Department of Chemical Engineering, Florida State University
and Florida A&M University, (FAMU/FSU College of Engineering)
Tallahassee, FL.
16:52
CK 5 NMR Velocity Measurements in Fiber Suspensions. R.L. Powell 1; J.D.
Seymour 1,2; K.L. McCarthy 2; and M.J. McCarthy 2. 1=Dept. of
Chemical Engineering; 2=Dept. of Food Science and Technology,
University of California, Davis.
17:05
CK 6 Velocity and fluid fraction measurements in suspensions flowing
through an abrupt expansion. S. Altobelli, E. Fukushima, The Lovelace
Institutes; and L. Mondy, Sandia National Laboratory.
17:18
CK 7 Image Analysis of Blood Flow Using Optical Flow Algorithms. M.L.
Lowe, D.L. Hitt, J.R. Tincher, and J.M. Watters, Physics Department,
Loyola College, Baltimore, MD.
17:31
CK 8 Magnetic colloidal suspensions in a shear flow. D. Wirtz, PMMH-ESPCI,
Paris and Johns Hopkins University; M. Fermigier, PMMH-ESPCI, Paris;
and J. Promislow, Stanford University.
17:44
CK 9 Periodic Branched Structures in a Phase Separated Magnetic Colloid.
Weili Luo, Dept. of Physics, University of Central Florida, Orlando.
MONDAY MORNING
8:00
DA 1 Hysteresis in Oscillation of Pendant Drops. D.W. DePaoli, O.A.
Basaran, T.C. Scott, Oak Ridge National Laboratory, and J.Q. Feng,
U. of Tennessee.
8:13
DA 2 Forced Oscillations of Pendant (Sessile) Drops. E.D. Wilkes, X.
Zhang, U. of Tennessee, and O.A. Basaran, Oak Ridge National
Laboratory.
8:26
DA 3 Dissolution or growth of soluble spherical oscillating bubbles. The
effect of surfactants. M.M. Fyrillas and A.J. Szeri, U. C. Irvine.
8:39
DA 4 Oscillations of drops: results from USML-1 experiments in Space. A.V.
Anilkumar, C.P. Lee, and T.G. Wang, Vanderbilt University, Nashville,
TN.
8:52
DA 5 A theoretical model for centering of a viscous liquid shell in free
and forced capillary oscillations. C.P. Lee, A.V. Anilkumar, and T.G.
Wang, Vandertbilt University, Nashville, TN.
9:05
DA 6 Acoustically-induced Capillary Waves on Bubbles and Shells: Pattern
Formation and Turbulence. R. Glynn Holt, Eugene H. Trinh, Jet
Propulsion Laboratory, California Institute of Technology.
9:18
DA 7 Nonlinear Dynamics of Non-Spherical Levitated Drops: An Experimental
Study. E.H. Trinh, R.G. Holt, and D.B. Thiessen, Jet Propulsion
Laboratory, California Institute of Technology.
9:31
DA 8 Numerical Investigation of the Nonlinear Dynamics of an
Electrostatically Levitated Conducting Drop. Z.C. Feng (MIT) and L.G.
Leal (UCSB).
8:00
DB 1 The Study of Oscillations at the Onset of Convection for a Bilayer
System. D. J ohnson, A.X. Zhao and R. Narayanan, University of
Florida.
8:13
DB 2 Convective Flow in Two Immiscible Fluid Layers. P.W. Colovas, M.M.
Degen and C.D. Andereck, The Ohio State University.
8:26
DB 3 The Influence of Nonplanar Oscillatory Shear Upon the Onset of
Marangoni Convection. A.C. Or and R.E. Kelly, University of
California, Los Angeles.
8:39
DB 4 The Effect of Surface Tension on Convective Instability in a Double-
Diffusive Layer. J. Tanny and C.F. Chen, The Univeristy of Arizona.
8:52
DB 5 Double-Diffusive Marangoni Instability. A. Oron and L. Braverman,
Technion, Haifa, Israel.
9:05
DB 6 3D Convective Onset with the Rayleigh Marangoni Effect in a Bounded
Container. A.A. Zaman and R. Narayanan, University of Florida.
9:18
DB 7 Infrared Imaging of Temperature Fields in Surface-Tension-Driven
Benard Convection. Michael F. Schatz, Stephen J. Van Hook, W.D.
McCormick and Harry L. Swinney, Center for Nonlinear Dynamics and
Department of Physics, The University of Texas at Austin.
9:31
DB 8 Long Wavelength Thermocapillary Instability in Benard-Marnagoni
Convection. Stephen J. Van Hook, Michael F. Schatz, Jack B. Swift,
W.D. McCormick and Harry L. Swinney, Center for Nonlinear Dynamics
and Department of Physics, The University of Texas at Austin.
8:00
DC 1 Long's Vortex Revisited. E.W. Mayer, Dept. of Mechanical & Aerospace
Engineering, Case Western Reserve University, Cleveland, OH.
8:13
DC 2 The Distortion of a Vortex Monopole in an Irrotational Flow at Large
Reynolds Numbers. Joseph F. Lingevitch and Andrew J. Bernoff,
Department of Engineering Science & Applied Mathematics, Northwestern
University.
8:26
DC 3 Inviscid Symmetrization of an Isolated Vortex Region. Hongbing Yao
and Norman J. Zabusky, Dept. of MAE and CAIP Center, Rutgers
University.
8:39
DC 4 Hannay-Berry Phase for the Restricted Three Vortex Problem.
P. Newton, Univ. So. Calif.
8:52
DC 5 Motion of Three Vortices in a Periodic Strip. M.A. Stremler & H.
Aref, Department of Theoretical & Applied Mechanics, University of
Illinois.
9:05
DC 6 Equilibrium and stability of a row of point vortices. H. Aref,
Department of Theoretical & Applied Mechanics,University of Illinois.
9:18
DC 7 Stretching, Stirring, and Mixing in N-Vortex Systems. I.A. Min, A.
Leonard, I. Mezic, California Institute of Technology.
9:31
DC 8 Absolute Instability of Vortex Filaments with Axial Flow. M.Z.
Pesenson, University of California, Los Angeles.
8:00
DD 1 Turbulence Measurements in a Supersonic Boundary Layer by Focusing
Schlieren. S. Garg and G.S. Settles, Dept. of Mech. Engrg., Penn
State University.
8:13
DD 2 Compressible-flow Experiments on the Nova Laser. P. Miller, T.
Peyser, P. Stry, K. Budil, A. Demiris, H. Louis, and N. Woolsey,
Lawrence Livermore National Laboratory.
8:26
DD 3 Direct Tests of Ergodicity in a Turbulent Supersonic Free Shear
Layer. U. DeSilva, L.E. Johnson, and J.A. Johnson III, Florida
A&M Univ.
8:39
DD 4 Nonlinear Development of a Wave Trapping Spatially Developing Mixing
Layer. J.A. Greenough, J.B. Bell, W.Y. Crutchfield and C.A.
Rendleman, Lawrence Livermore National Laboratory.
8:52
DD 5 The Shock-Cell Structure of a Highly Underexpanded Jet. D.P. Wishart,
A. Krothapalli and C.J. King, Florida A&M University and Florida
State University, Tallahassee, FL.
9:05
DD 6 Flow Visualization Study of a Mach 2.0 Diamond-shaped Jet. D.
Washington, A. Krothapalli and F.S. Alvi, Florida A&M University and
Florida State University, Tallahassee, FL.
9:18
DD 7 An Experimental Study of Underexpanded Swirling Jets. Y.-K. Yu, R.-H.
Chen, L. Chew, Univ. of Central Florida, Dept. of Mechanical &
Aerospace Engineering, Orlando.
8:00
DE 1 Extended Lagrangian Particle-in-Cell (ELPIC) Code for Inhomogeneous
Compressible Flows. A. Konstantinov (GUZIK Technical Enterprises)
and S.A. Orszag, Princeton University.
8:13
DE 2 NekTar: Unstructured Spectral Methods in CFD. S.J. Sherwin and G.E.
Karniadakis (Center for Fluid Mechanics, Brown University).
8:26
DE 3 Adaptive Grid Refinement Using cell-Level Imbalances. D.C. Haworth
and S. Chang, GM NAO R&D Center, Warren, MI.
8:39
DE 4 Studies of Linear Filters for Treating Cell-Re Problems in Finite
Difference Schemes. Yunpeng Yang and James M. McDonough, University
of Kentucky, Lexington.
8:52
DE 5 On the Accuracy of Diffusion Particle Methods. R.B. Pelz & Y. Gulak,
Rutgers Univ.
9:05
DE 6 A Dynamically Adaptive Multilevel Wavelet Collocation Method for
Solving Partial Differential Equaitons in a Finite Domain. O.V.
Vasilyev & S. Paolucci, University of Notre Dame.
9:18
DE 7 Simulating Flow Perturbations with Vortex Methods. Louis F. Rossi,
Dept. of Eng. Sci. & Applied Math., Northwestern University.
9:31
DE 8 A Pressure-Based FAS-FMG Method for Solving Navier-Stokes Equations.
Z.P. Ke, W.L. Chow, R.H. Chen and L. Chew, Univ. of Central Florida,
Mechanical and Aerospace Engineering.
8:00
DF 1 Active-Control-Enhanced Mixing Mechanisms in Rectangular Jets. V.
Kibens, D.E. Parekh, and M.C. Joshi, McDonnell Douglas Aerospace;
and A. Glezer, Georgia Inst. of Technology.
8:13
DF 2 What is the limit for turbulent drag reduction? D.W. Bechert, DLR,
Berlin; M. Bruse, W. Hage and G. Hoppe, HFI, TU Berlin, Germany.
8:26
DF 3 Application of a Neural Network to Turbulence Control. J. Kim,
University of California, Los Angeles; D. Babcock, B. Gupta and R.
Goodman, California Institute of Technology.
8:39
DF 4 Manipulation of Streamwise Vortices in a Boundary Layer by a
Piezoceramic Actuator. D. Liu and R.F. Blackwelder, University of
Southern California.
8:52
DF 5 Vectoring of a High Apect Ratio Rectanglar Air Jet Using a Zero Net
Mass Flux Control Jet. B.L. Smith & A. Glezer, Georgia Institute of
Technology.
9:05
DF 6 Active Control of Transition and Drag in Boundary Layers. S.A.
Jacobson and W.C. Reynolds, Stanford Univ.
9:18
DF 7 Optimal Control of Turbulent Channel Flow. T. Newley, R. Temam
(Universite Paris-Sud, Orsay), P. Moin, Center for Turbulence
Research, Stanford U.
9:31
DF 8 On the active control of the wake past a plate with a suction point
on the downstream wall. L. Cortelezzi, H-L. Chang, C.R. Anderson,
and J.S. Gibson, University of California, Los Angeles.
8:00
DG 1 Forced Convection of a Passive Additive in the Neighborhood of a
Solid Sphere. Andre T. Spears, Nimesh Y. Shah and X.B. Reed Jr.,
University of Missouri-Rolla.
8:13
DG 2 Forced Convective Diffusion-Reaction: First Order reaction in Stokes'
Flow Past a Solid Sphere. X.B. Reed Jr., University of Missouri-
Rolla.
8:26
DG 3 Investigation of Effects of Counterflow on Free Jet Flames. H. Shen,
A. Krothapalli, Florida A&M University and Florida State University,
Tallahassee.
8:39
DG 4 Effects of Heat Release on a Two-Dimensional Reacting Shear Layer.
R. Moser, NASA-Ames Research Center; and F. Higuera, Center for
Turbulence Research.
8:52
DG 5 Triple flame structure and diffusion flame stabilization. G. Ruetsch,
D. Veynante, L. Vervisch, T. Poinsot, A. Linan, Center for
Turbulence Research Summer Program 1994, Stanford University.
9:05
DG 6 Evolution of large-scale structures in reacting mixing layers. M.F.
Miller, Physical Sciences Inc.; J.M. Seitzman, Georgia Inst. of
Tech.; C.T. Bowman and M.G. Mungal, Stanford University.
9:18
DG 7 The potential for mixing enhancement in a free shear layer through
the Core Dynamics Instability (CDI). R. Metcalfe, W. Schoppa, K.
Park & F. Hussain, U. of Houston.
9:31
DG 8 Mixing Processes in a Lobed Fuel Injector. O. Delabroy, L.L. Smith,
I. Lam, A.R. Karagozian, F.E. Marble, O.I.Smith, UCLA; and S.M.
Candel, Ecole Centrale de Paris.
8:00
DH 1 The Dynamic Localization Model with backscatter. S. Ghosal, D.
Carati, P. Moin, CTR, Stanford Univ.
8:13
DH 2 The 2-4 dynamic model for large-eddy simulations. P. Morris and J.H.
Ferziger, Mechanical Engineering, Stanford University.
8:26
DH 3 Large-Eddy Simulation of flow past a Cubic obstacle. K. Shah and J.H.
Ferziger, Mechanical Engineering, Stanford University.
8:39
DH 4 Large eddy simulation of a boundary layer with concave curvature.
T.S. Lund and P. Moin, CTR, Stanford Univ/NASA Ames.
8:52
DH 5 Large Eddy Simulation of Turbulent Flow in a Coaxial Jet-Combustor.
K. Akselvoll, & P. Moin, Stanford University.
9:05
DH 6 Large-eddy simulation of flow through a plane, asymmetric diffuser.
H.-J. Kaltenbach and H. Choi, CTR, Stanford Univ/NASA Ames.
9:18
DH 7 Decay of longitudinal vortices embedded in turbulent boundary layers.
Junhi Liu and Ugo Piomelli, Dept. of Mech. Eng., Univ. of Maryland-
College Park; and Philippe R. Spalart, Boeing Co., Seattle.
8:31
DH 8 Large-eddy simulation of subharmonic instability in a spatially-
developing boundary layer. Xiaoli Huai, Ugo Piomelli, Dept. of Mech.
Eng., Univ. of Maryland-College Park; and Ronald D. Joslin, NASA
Langley Research Center.
8:00
DI 1 Measurements of a shear-free turbulent boundary layer. A.E. Alving
and J. Hamelin, Univ. of Minnesota.
8:13
DI 2 The Effect of Mean Streamwise Vorticity on Two-dimensional Boundary
Layers. G.N. Coleman, A.T. Le, and J. Kim, University of California,
Los Angeles.
8:26
DI 3 Combined vorticity and vorticity flux measurements in the near wall
region of a two-dimensional turbulent boundary layer. J.
Andreopoulos, A. Honkan, and J.H. Agui, The City College of CUNY.
8:39
DI 4 Spatial Characteristics of Turbulence-Generating Events in Turbulent
Boundary Layers. C.L. Gan and D.G. Bogard, Univ. of Texas at Austin.
8:52
DI 5 Turbulent Boundary Layers Subject to Multiple Interacting Strains.
A.C. Schwarz, M.W. Plesniak and S.N.B. Murthy, Purdue University.
9:05
DI 6 Velocity Gradient Measurements in the Atmospheric Boundary Layer.
A. Folz, L. Ong and J. Wallace, University of Maryland.
9:18
DI 7 A Time and Scale Analysis of Atmospheric Turbulence Data. C.A. Friehe
and P.L. Fuehrer, Department of Mechanical Engineering, University of
California, Irvine.
9:31
DI 8 Wave-turbulence interaction. D. Kaftori, X.S. Nan, and S. Banerjee,
University of California, Santa Barbara.
8:00
DJ 1 The Flow Field Induced by the Rotation of a Finite Disk in an
Unbounded Rotating Fluid. D. Vedensky, Technion, Haifa, Israel.
8:13
DJ 2 Spin-up of corotating disk flow. S. Abrahamson, K. Marsh, University
of Minnesota.
8:26
DJ 3 Stability of stationary endwall boundary layers during spin-down.
J.M. Lopez, Penn State Univ.; and P.D. Weidman, Univ. Colorado.
8:39
DJ 4 Vortex evolution in non-axisymmetric spin-up. D.M. Henderson, J.M.
Lopez, Penn State Univ.; and D.L. Stewart, USAFA.
8:52
DJ 5 Bifurcations of Rotating Plane Couette Flow. M. Nagata, The
University of Birmingham, UK.
9:05
DJ 6 Onsager's approximation for flow in a gas centrifuge via a
temperature potential. H.G. Wood, R. Bourn, Univ. of Virginia,
Charlottesville; and R.J. Babarsky, James Madison Univ.
9:18
DJ 7 Intense sound waves in vortex tubes. J. Camire, B. Ahlborn, and W.
Neill, U. of Brit. Col.
9:31
DJ 8 Secondary Flow in a Rotating Circular Pipe. Ravi K. Sharma and K.
Nandakumar, Dept. of Chemical Eng., University of Alberta, Canada.
8:00
DK 1 Confocal Imaging of Flow in a Microfabricated T-type Bifurcation.
D.L. Hitt and M.L. Lowe, Loyola College, Baltimore, MD.
8:13
DK 2 A 3-D Principal Reynolds Stress Comparison of Mechanical Heart
Valves. A.A. Fontaine, J.T. Ellis, J. Hopmeyer, T.M. Healy and A.P.
Yoganathan, Georgia Institute of Technology.
8:26
DK 3 Reflection Properties of a Vortex Ring: A Quantitative In-Vitro Study
of the Role of Secondary Vortex Formation in Mitral Valve Closure.
Edmond Rambod and Morteza Gharib, California Institute of Technology.
8:39
DK 4 Simulatin of Flow and Mixing in Lateral Tunnel Fontan Geometries. T.
Healy, S. Panchal, A. Saylor, A. Yoganathan, Georgia Institute of
Technology.
8:52
DK 5 Convective-Diffusive Transport in Arterial Stenoses Using Lubrication
and Averaging Methods. Marc Horner, P. Arce, and B.R. Locke,
Department of Chemical Engineering, FAMU/FSU College of Engineering,
Tallassee, FL.
9:05
DK 6 Role of Pulsatile Flow Waveform on Three-Dimensional Flow in the
Human Coronary Artery. D.N. Ku and X. He, Georgia Institute of
Technology.
9:18
DK 7 Determinants of Quasi-steady Penetration Dynamics of Pulsatile
Confined Counterflowing Turbulent Jets. R.Y. Grimes and A.P.
Yoganathan, Georgia Institute of Technology.
9:31
DK 8 Characterization of the Flow Field in a Cone and Plate Apparatus. S.
Einav and Y. Grad, Department of Biomedical Engineering, Tel-Aviv
University, Tel-Aviv, Israel.
10:15
EA 1 Molecular dynamics simulations of polymer droplets. Lukas Wagner,
Ohio State University.
10:28
EA 2 Molecular-Dynamics Simulation of Contact Angle Hysteresis. Wei Jin
and Joel Koplik, City College of New York; Jayanth R. Banavar,
Pennsylvania State University.
10:41
EA 3 A Note on the Dynamic Contact Line. D. Burgess, Asbury College.
10:54
EA 4 The Boundary Condition at a Moving Contact Line: An Experimental
Study on the Interpretation of the Dynamic Contact Angle. E. Rame,
Carnegie Mellon Univ., Pittsburgh, PA.
11:07
EA 5 A new theory of droplet spreading: the Navier slip condition. Andrea
Bertozzi, The University of Chicago, Mathematics Dept.; and Mary
Pugh, The Courant Institute of Mathematical Sciences, New York.
11:20
EA 6 A new theory of droplet spreading: a 'porous media' cutoff of Van der
Waals interactions. Mary Pugh, The Courant Institute of Mathematical
Sciences, New York; and Andrea Bertozzi, The University of Chicago,
Mathematics Dept.
11:33
EA 7 Spreading of drops by capillarity and intermolecular forces. Leslie
Hocking, Dept. Math, University College, London, England.
11:46
EA 8 Thermocapillary Migration of a Thin, Volatile, Two-Dimensional Liquid
Droplet on a Non-Uniformly Heated Surface. D.A. Huntley and M.K.
Smith, University of Minnesota and Georgia Institute of Technology.
11:59
EA 9 Non-Isothermal Spreading on an Inclined Plane. G. Lopez, M.J. Miksis
and S. George Bankoff, Department of Engineering Sciences and Applied
Mathematics, and Department of Chemical Engineering, Northwestern
University.
10:15
EB 1 Temperature dependent viscosity effects in 3D Rayleigh convection in
a bounded container. A.X. Zhao and R. Narayanan, University of
Florida.
10:28
EB 2 Time-Dependent Convection with Temperature-Dependent Viscosity in a
Three-Dimensional Spherical Shell. J.T. Ratcliff, G. Schubert, UCLA;
and A. Zebib, Rutgers U.
10:41
EB 3 Three-Dimensional Free Convection of a Magma Simulant. J.R.
Torczynski, J.A. Henderson, T.J. O'Hern and T.Y. Chu, Sandia
National Laboratories.
10:54
EB 4 Cavity Flow Induced by a Fluctuating Acceleration Field. J. Ross
Thomson and Jorge Vinals, Supercomputer Computations Research
Institute, Florida State University, Tallahassee.
11:07
EB 5 Large Aspect Ratio Magnetoconvection in two Dimensions. T. Clune,
JILA, U. of Colorado; A. Spina, JILA and APPM, U. of Colorado; J.
Toomre, JILA and APAS, U. of Colorado; and E. Knobloch, Dept. of
Physics, U.C. Berkeley.
11:20
EB 6 Comparison of Stability results of the Natural Convection Flow in a
Tall Vertical Cavity Under Different Thermal Approximations. S.
Paolucci and S. Suslov, University of Notre Dame.
11:33
EB 7 Inclined Layer Convection in Gases. Brendan B. Plapp and Eberhard
Bodenschatz, Cornell University.
11:46
EB 8 The Benard Problem of a Rarified Gas. H. Sugimoto, Y. Sone, and K.
Aoki, Kyoto University.
11:59
EB 9 Simulation of Compressible Convection. A.E. Deane, Universities Space
Research Association, NASA Goddard Space Flight Center,Greenbelt, MD.
10:15
EC 1 Instantaneous Structure of Capillary Waves and Spilling Breakers.
J.-C. Lin and D. Rockwell, Lehigh University.
10:28
EC 2 Experimental Investigation of the Vorticity Generation within a
Spilling Water Wave. Dana Dabiri, California Institute of Technology.
10:41
EC 3 Relaxation Spectra of Surface Waves. David Chambers and Daniel L.
Marcus, Lawrence Livermore National Laboratory.
10:54
EC 4 Nonhydrostatic Shallow Fluid Flow: The Green-Naghdi Equations. B.T.
Nadiga, L.G. Margolin, Los Alamos National Lab; and P.K.
Smolarkiewicz, National Center for Atmospheric Research.
11:07
EC 5 Vorticity Creation in Three-Dimensional Free Surface-Vortex
Interactions. J.Z. Wu, University of Tennessee Space Institute,
Tullahoma, TN.
11:20
EC 6 Interaction of a Columnar Vortex with a Free Surface. A. Hirsa, S.
Kim and J.E. Harper, Rensselaer Polytechnic Institute.
11:33
EC 7 Velocity Field and Surfactant Concentration Measurements during the
Interaction of a Vortex Pair with a Free Surface. G.M. Korenowski, A.
Hirsa, G.L. Gaines Jr., L.M. Logory, and C.D. Judd, Rensselaer
Polytechnic Institute.
11:46
EC 8 Non-isothermal Absorption on a Horizontal Cylindrical Tube.
A.T. Conlisk and Jie Mao, The Ohio State University.
10:15
ED 1 Water Surface Elevation Measurement by Shadow Moire Interferometry.
L.P. Bernal, J. Scherer and M. Interbartolo, University of Michigan.
10:28
ED 2 An Experimental Method to Measure Scalar Concentration Fluxes in a
Turbulent Boundary Layer. K.-F. Chiang, L. Ong & J. Wallace,
University of Maryland.
10:41
ED 3 Flow Quality in the National Diagnostic Facility. M. Hites, J. Won,
S. Gravante, and H. Nagib, IIT, Chicago, IL.
10:54
ED 4 On the Measurement of Thermodynamic Properties in High Speed Flows
Using a Molecular Filter Based Optical Technique. G.S. Elliott and M.
Samimy, The Ohio State University.
11:07
ED 5 Frequency Response Calibration of Constant Current Fiber-Film
Anemometer Probes in High Sub-Sonic Flow. Charles Wisniewski,
Kirtland AFB.
11:20
ED 6 Method for Exciting Helical Mode Instability in the Boundary layer on
a Cone at Mach 3.5. D. Cavalieri, J. Mihailovic & T.C. Corke, Ill.
Inst. of Tech.
11:33
ED 7 Dynamic Characterization of a Hot-Film Probe for Hypersonic
Turbulence Measurements. M. Sheplak and E.F. Spina, Syracuse
University; C.B. McGinley, NASA-Langley FMaC Branch; M.A. Kegerise,
Syracuse University.
11:46
ED 8 Generating Ultrasonic Plane Waves from a Transducer.
Daniel R. Raichel, The Cooper Union.
10:15
EE 1 Curved wall boundary conditions for high-order finite difference
schemes in acoustic wave scattering problems. Konstantin A.
Kurbatskii and Christopher K.W. Tam, Florida State University.
10:28
EE 2 Computation of nonlinear acoustic pulses using high-order finite
difference schemes. Hao Shen and Christopher K.W. Tam, Florida State
University.
10:41
EE 3 A Long-Time Simulation of Euler's Equations Respecting Integrals of
Motion. A. Fridlyand, V. Berdichevsky, Georgia Institute of
Technology.
10:54
EE 4 A Kinetic Theory-Based Wave/Particle Flux-Splitting Scheme for the
Euler Equations. Ramesh K. Agarwal, Washington University & McDonnell
Douglas Aerospace, St. Louis.
11:07
EE 5 A comparative study on the problem of the reconstruction for
hyperbolic problems. G. de Felice, F.M. Denaro, C. Meola, F.
Sarghini, University of Naples.
11:20
EE 6 Compressible Shear Flow Simulations using A Multi-Domain
Pseudospectral Method. P.E. Hanley, The University of Connecticut;
and V. Harris, Tuskegee University.
11:33
EE 7 Molecular Dynamics Simulation of a Piston Driven Shock Wave in a Hard
Sphere Gas. M-J. Woo and I. Greber, Case Western Reserve University.
11:46
EE 8 Extended Upwinding. B.P. Leonard, University of Akron; and A.P. Lock
and M.K. Macvean, U.K. Met Office.
10:15
EF 1 Vacuum-insulated Micro Shear Stress Sensor. Jin-Biao Huang, Steve
Tung and Chih-Ming Ho, University of California, Los Angeles; Chang
Liu, Fukang Jiang and Yu-Chong Tai, California Institute of
Technology.
10:28
EF 2 3D Micro-Imaging and Visulization of Fluid Transport through
Microchannels. A-M. Lanzillotto, David Sarnoff Research Center; and
John Dunsmuir, Exxon Res. & Eng. Co.
10:41
EF 3 Micromachined Jets for Manipulation of Macro Flows. D.J. Coe, M.G.
Allen, M.A. Trautman, & A. Glezer, Georgia Institute of Technology.
10:54
EF 4 Slip Flow Effects on Heat Transfer in Microchannels. Y. Zohar, W.K.H.
Chu, C.T.Hsu & M. Wong, Hong Kong University of Science & Technology.
11:07
EF 5 Control of Macro Machine by Micro Actuators. Chih-Ming Ho and Tzong-
Shyng Leu, Denny Miu, University of California, Los Angeles; Yu-Chong
Tai and Chang Liu, Tom Tsao, Raanan Miller, Amish Desai, California
Institute of Technology.
11:20
EF 6 Calibration of a Wall-Shear-Stress Microsensor. E. Reshotko and M.
Mehregany, Case Western Reserve Univ.
11:33
EF 7 Performance of Sensors and Actuators for Turbulent Flow Control. R.
Rathnasingham, O. Piepsz, H.D. Goldberg, M.A. Schmidt & K.S. Breuer,
MIT, Cambridge, MA.
11:46
EF 8 Flows in micromachined geometries. E.S. Piekos, E.B. Arkilic, M.A.
Schmidt & K.S. Breuer. MIT, Cambridge, MA.
11:59
EF 9 A Rotating Micromechanical Liquid O-Ring Pressure Seal. Sidra Cohen
and E.P. Muntz, University of Southern California.
10:15
EG 1 Acoustic Scattering: A Numerical Simulation. P.J. Morris, C. Chung,
L. Pautet, Penn State Univ.
10:28
EG 2 A fast numerical solution of scattering by a cylinder: Spectral
Method for the Boundary Integral Equations. F.Q. Hu, Old Dominion
University.
10:41
EG 3 The Propagation of Acoustic Rays through Simulated Periodic
Turbulence. M. Karweit, Johns Hopkins University; and PH. Blanc-
Benon, Ecole Central de Lyon.
10:54
EG 4 The sound radiated from turbulence. Geoffrey M. Lilley, Department of
Aeronautics and Astronautics, University of Sougthampton, U.K. and
ICASE, NASA Langley research Center, Hampton, VA.
11:07
EG 5 Acoustics of Boundary Layer Transition at Low Mach Number. M. Wang,
S.K. Lele and P. Moin, Center for Turbulence Research, Stanford,
Univ./NASA Ames.
11:20
EG 6 Effect of Viscosity on the Wall-Pressure Spectrum of a Flat-Plate
Turbulent Boundary Layer. H. Haj-Hariri, U. of Virginia; P. Leehey,
MIT.
11:33
EG 7 Nonlinear Vorticity Generation by Acoustic Wave Interaction with an
Injected Gas in a Tube: Transient Sidewall Mass Addition. Q. Zhao,
D.R. Kassoy, K. Kirkkopru, University of Colorado, Boulder.
11:46
EG 8 Nonlinear Vorticity Generation by Acoustic Wave Interaction with an
Injected Gas in a Tube: Computational Results. K. Kirkkopru, D.R.
Kassoy, Qing Zhao, University of Colorado, Boulder.
11:59
EG 9 Nonlinear Process in Thermoacoustic Engines. M. Watanabe, and A.
Prosperetti, The Johns Hopkins University.
10:15
EH 1 The $q-\zeta$ Model for Turbulent Wall Flow. M.M. Gibson, A.A.
Dafa'Alla, Imperial College, LOndon, U.K.
10:28
EH 2 Development of a Two-Equation Anistropic Turbulence Model with
Near-Wall Effects and Corrections to the Scalar Dissipation Equation.
S. Thangam, Stevens Institute of Technology; Ye Zhou, ICASE, NASA
Langley Research Center and A. Zigh, Stevens Institute of Technology.
10:41
EH 3 A New Near-Wall Model for Reynolds Stress Turbulence Closures with No
Wall Damping. C.G. Speziale, Boston University, and R. Abid, High
Tech. Corp., Nasa Langley Research Center.
10:54
EH 4 A generalization of Reynolds stress turbulence closures, modelling of
rotational effects in the rapid limit. Arne Johansson, KTH, Sweden.
11:07
EH 5 Effects of rotation on the epsilon-equation. Magnus Hallback & Erik
Lindborg, KTH, Sweden.
11:20
EH 6 Reynolds Stress Model for Transient Homogenous Shear Flows With
Rotation. Charles A. Petty and Steven M. Parks, Michigan State
University.
11:33
EH 7 Reynolds Stress Model for Fully Developed Pipe Flow. Klaus
Weispfennig and Charles A. Petty, Michigan State University.
11:46
EH 8 Measurements and modelling of temperature fluctuations and
temperature dissipation in a heated cylinder wake. Petra Wikstrom,
KTH Sweden.
11:59
EH 9 Explicit Algebraic Scalar-Flux Models for Turbulent Reacting Flows.
V. Adumitroaie, D.B. Taulbee and P. Givi, SUNY at Buffalo.
10:15
EI 1 Boundary-Layer Instability in Supersonic Flow Over a Compression
Ramp. A.I. Ruban, Central Aerohydrodynamic Institute, Moscow; K.W.
Cassel, NIST; and J.D.A. Walker, Lehigh University.
10:28
EI 2 Nonlinear Evolution of a Pair of Oblique Instability Waves in a
Supersonic Boundary Layer. S.J. Leib and Sang Soo Lee, NYMA, Inc.
10:41
EI 3 Finite amplitude waves in Blasius flow over a compliant coating. M.
Rossi, LMM Universite de Paris VI, France; and U. Ehrenstein, LML
Universite de Lille I, France.
10:54
EI 4 Use of Transition Correlations for High-Speed Three-Dimensional
Boundary Layers. I.J. Lyttle, H.L. Reed, Arizona State University.
11:07
EI 5 Consistent Structure in Three-Dimensional Boundary-Layer Transition.
Y. Kohama, Institute of Fluid Science, Tohoku University, Sendai,
Japan.
11:20
EI 6 Stability of Spatially Developing Boundary Layers in Pressure
Gradients. Rama Govindarajan, Caltech; and R. Narasimha, Indian Inst.
Science.
11:33
EI 7 Bypass transition in a spatially evolving boundary layer. Stellan
Berlin, KTH, Sweden; Anders Lundbladh and Dan S. Henningson, FFA,
Sweden.
11:46
EI 8 Bifurcations in a mechnaism of nonlinear receptivity. Oleg S. Ryzhov
and Elena V. Bogdanova-Ryzhova, Rensselaer Polytechnic Institute.
10:15
EJ 1 On the breakdown into turbulence of propagating internal waves.
Peter N. Lombard & James J. Riley, University of Washington.
10:28
EJ 2 Direct Numerical Simulation of a Stratified Turbulent Shear Flow.
F.G. Jacobitz, S. Sarkar & C.-W. Van Atta, Universtiy of San Diego.
10:41
EJ 3 Diffusion in Stably Stratified turbulence with and without rotation.
Y. Kimura, Univ. of Colorado, NCAR; and J.R. Herring, NCAR.
10:54
EJ 4 Jet Detrainment at a Stratified Interface. A.J. Cotel and R.E.
Breidenthal, University of Washington.
11:07
EJ 5 Experiment on Homogeneous Turbulence in an Unstably Stratified Fluid.
S.T. Thoroddsen, University of Illinois at Urbana-Champaign; C.W.
Van Atta and J.S. Yampolsky, University of California, San Diego.
11:20
EJ 6 Interfacial Mixing in 2-Layer Rotating Exchange Flow. D.R. Ohlsen,
University of Colorado.
11:33
EJ 7 Convection Under a Cooling Region in a Rotating Stratified Fluid.
J.A. Whitehead and G. Hufford, Woods Hole Oceanographic Institution;
J. Marshall and M. Visbeck, MIT.
11:46
EJ 8 Energy dissipation and vortex structure in freely-decaying,
stratified grid-turbulence. A.M. Fincham, T. Maxworthy & G.R.
Spedding, Department of Aerospace Engineering, University of Southern
California, Los Angeles.
11:59
EJ 9 Withdrawn
10:15
EK 1 Turbulent Rayleigh-Taylor Studies Using a Linear Electric Motor.
Guy Dimonte, C. Eric Frerking, Bruce Remington, and Marilyn
Schneider, LLNL, Livermore, CA.
10:28
EK 2 Laser-induced Fluorescence Diagnostic for the LEM Turbulent
Hydrodynamics Experiment. Bruce Remington and Guy Dimonte, LLNL,
Livermore, CA.
10:41
EK 3 Vorticity-Dominated Flow PAtterns of Shock-Accelerated Heavy Gas
Layers. J.M. Budzinski and R.F, Benjamin, Los Alamos National
Laboratory (LANL); J.W. Jacobs, Univ. of Arizona and consultant to
LANL; J.-M. Le Peuvedic, French visitor to LANL.
10:54
EK 4 Collisions of Shocks with Perturbed Interfaces in Ideal Fluids. Lee
Phillips, Jill Dahlburg, John Gardner, Naval Research Laboratory;
Alexander Velikovich, Berkeley Scholars, Inc.
11:07
EK 5 Asymptotic Motion of Thick Fluid Layers of Incompressible Fluid.
Q. Nie & G. Baker, The Ohio State University.
11:20
EK 6 Stabilization of Taylor Vortices by Means of a Time-Periodic Axial
Shear Flow: Nonaxisymmetric Disturbances. H.-C. Hu and R.E. Kelly,
University of California, Los Angeles.
11:33
EK 7 Noise-induced structures in the Taylor-Dean system. M. Degen, C.D.
Andereck and I. Mutabazi, The Ohio State University.
11:46
EK 8 Velocity Fluctuations and Torque Scaling in Turbulent Couette-Taylor
Flow. Gregory S. Lewis, Paul Umbanhowar, and Harry L. Swinney,
Center for Nonlinear Dynamics, University of Texas at Austin.
11:59
EK 9 Decomposition of quasi periodic state and transition to turbulence
in a rotating Couette System. Y. Takeda and W.E. Fischer, Paul
Scherrer Institute, Switzerland.
13:30
M1 1 Flows Generated in a Thin Liquid Layer Containing Surfactant on a
Non-Uniform Compliant Sheet. R.D. Kamm, Massachusetts Institute of
Technology.
13:30
M2 1 Vorticity in the Electromagnetic Control of Turbulence.
G.L. Brown, Princeton University.
14:10
M3 1 Rayleigh-Benard Convection in a Nematic Liquid Crystal.
G. Ahlers, University of California at Santa Barbara.
14:10
M4 1 Quantitative Imaging of Bluff-Body Wakes.
D. Rockwell, Lehigh University.
15:05
FA 1 Drop Formation in Liquid-Liquid Systems Before and After Jetting.
John R. Richards, Antony N. Beris, and Abraham M. Lenhoff, Department
of Chemical Engineering, University of Delaware, Newark, DE.
15:18
FA 2 Bubble Formation at a Submerged Orifice. Gregory Baker, The Ohio
State University; and David Spence, Oxford University.
15:31
FA 3 The creeping motion of sessile bubbles: theory and experiment.
H. Wong, D. Rumschitzki, and C. Maldarelli, City College of CUNY.
15:44
FA 4 Experiments on Electrostatic Dispersion of Drops and Bubbles. C.
Tsouris, D.W. DePaoli, J.Q. Feng, T.C. Scott, and Ridge National
Laboratory.
15:57
FA 5 Models for Determining the Spread of Droplets Impacting a Solid
Surface. W.M. Healy, J.G. Hartley, and S.I. Abdel-Kahlik, Georgia
Institute of Technology.
16:10
FA 6 Vortex ring generation due to the coalescence of a water drop at a
free surface. B. Dooley, A. Warncke, M. Gharib, California Institute
of Technology; and G. Tryggvason, University of Michigan.
16:23
FA 7 A simplified description of the impact of a liquid mass on a liquid
surface. H.N. Oguz and A. Prosperetti, The Johns Hopkins University;
A.R. Kolaini, NCPA, University of Mississippi.
16:36
FA 8 A Numerical Study of the Formation of a Water Droplet at an Air/Water
Interface. E.G. Puckett, U.S. Davis; D.L. Marcus, J.B. Bell, A.
Almgren, Lawrence Livermore National Laboratory.
15:05
FB 1 Front velocities and Global Modes in nonlinear systems. J.M. Chomaz,
A. Couairon, LadHyX, Ecole Polytechnique & CNRS, 91128 Palaiseau,
cedex, France.
15:18
FB 2 Nonlinear instabilities of traveling waves with a continuous
spectrum. L.S. Yao & S. Ghosh Moulic, Arizona State University.
15:31
FB 3 Nonlinear Evolution of Instability Waves on a Uni-directional
Transversely Sheared Mean Flow. D.W. Wundrow, Nyma Tech.; and M.E.
Goldstein, NASA Lewis.
15:44
FB 4 Weakly nonlinear instability of spatially periodic flows. X. Zhang
and A.L. Frenkel, Univ. of Alabama.
15:57
FB 5 An Iterative Method for large-Scale Stability Problems. R.-S. Lin,
M.R. Malik, High Technology Corporation, Hampton, VA.
16:10
FB 6 Classificatin of Absolute and Convective Instabilities in a Rod
Stabilized Flame. Kevin R. Anderson, Jean Hertzberg, Sahnkar
Mahalingam and Patrick Weidman, Center for Combustion Research,
Department of Mechanical Engineering, University of Colorado,Boulder.
16:23
FB 7 On the mixed spatial-temporal instability problem with real group
velocity: application to the hyperbolic tangent boundary layer. J.M.
Russell, Florida Tech, Melbourne, FL.
16:36
FB 8 The Stability of Incompressible Source and Sink Flows. D. Weihs, M.
Shusser, Faculty of Aerospace Engineering, Technion, Haifa, Israel.
15:05
FC 1 The Topological Structure of hte Steady, Laminar Three-Vortex System
for a Cylinder-Flat Plate Juncture: An Experimental Investigation.
J.P. Fitzgerald and C.R. Smith, Lehigh University.
15:18
FC 2 Quantitative Characteristics of a Laminar Unsteady Necklace Vortex
System at a Rectangular Block-Flat Plate Juncture. C.V. Seal and
C.R. Smith, Lehigh University.
15:31
FC 3 Tridents, bubbles and cone-like states in swirling jets. P. Billant,
J.M. Chomaz, I. Delbende, Meteo France & LadHyX, Ecole Polytechnique,
France.
15:44
FC 4 Observing Hamiltonian Point Vortex Dynamics in a Confined Non-neutral
Plasma. J.B. Kadtke, K.S. Fine, C.F. Driscoll and A.C. Cass, Univ. of
California, San Diego.
15:57
FC 5 Symmetrization of 2D Vortices by Beat-Wave Damping. C.F. Driscoll and
T.B. Mitchell, Univ. of California, San Diego.
16:10
FC 6 The Unsteadiness of Vortices in a Stratified Barotropic Fluid.
Steve Arendt, High Altitude Observatory, Boulder, CO.
16:23
FC 7 A Redistribution Technique For Vortex Methods. S. Shankar and L. Van
Dommelen, FAMU/FSU College of Engineering, Tallahassee, FL.
16:36
FC 8 Close vortex interaction of the collapsing "Lissajous-elliptic" ring
via multi-filament Biot-Savart simulations. V.M. Fernandez and N.J.
Zabusky, M&AE and CAIP Center, Rutgers University.
15:05
FD 1 The Scaling Laws for Turbulent Mixing Induced by Random Fields.
Qiang Zhang, Department of Applied Mathematics and Statistics,
SUNY at Stony Brook, Stony Brook, NY.
15:18
FD 2 Simulation and Analysis of Scaling Properties of Differential
Molecular Diffusion in Turbulence. M.A. Cremer, University of Utah;
A.R. Kerstein, Sandia National Laboratories; P.A. McMurtry,
University of Utah.
15:31
FD 3 Multi-scalar triadic interactions in differential diffusion.
P.K. Yeung, Georgia Tech.
15:44
FD 4 Scalar Transport in a Swirling Jet in a Crossflow. J.W. Nacobs,
C.E. Niederhaus, F.H. Champagne, The University of Arizona.
15:57
FD 5 Localized Acoustic Forcing of a Square Underexpanded Jet by
Piezoelectric Actuators. M. Brassard and L. Chew, University of
Central Florida.
16:10
FD 6 Momentum and Scalar Transport Asociated with an Artificially Induced
Jet Flapping Mode. D.E. Parekh, V. Kibens, M.C. Joshi, McDonnell
Douglas Corporation; and A. Glezer, Georgia Institute of Technology.
16:23
FD 7 Mixing of Inclined Dense Jets. P.J.W. Roberts, A. Ferrier, and G.
Daveiro, School of Civil and Environmental Engineering, Georgia
Institute of Technology.
16:36
FD 8 Turbulence between two counter-rotating disks in low temprature
helium gas. Willaime H., Maurer J., Tabeling T., Zocchi G., Belin F.,
Laboratoire de Physique Statistique, ENS, Paris, France.
15:05
FE 1 Models and Simulations of Micro-flows. A. Beskok, W. Trimmer and
G.E. Karniadakis, Center for Fluid Mechanics, Brown University.
15:18
FE 2 Simulation of Unsteady Viscous Flow over a Flexible 2-D Membrane
Wing. Richard Smith and Wei Shyy, Department of Aerospece
Engineering, Mechanics and Engineering Science, University of
Florida, Gainesville.
15:31
FE 3 Steady Poiseuille flow through pipes with multiply connected cross-
sections. K.B. Ranger, U. Toronto.
15:44
FE 4 Velocity and Thermal Fields in Oscillatory Heat Transfer Between Two
Chambers Connected by Small Conduits. G. Guo and U.H. Kurzweg, Univ.
of Florida.
15:57
FE 5 Taylor Dispersion of Heat pulses in Laminar Pipe Flow. U.H. Kurzweg,
Univ. of Florida.
16:10
FE 6 Variations of the Classical Shear-Driven Cavity Problem. M.C. Wendl
and R.K. Agarwal, Washington University, Saint Louis.
16:23
FE 7 Combined Inertial and Boundary Effects on the Drag of a Disk at Low
Reynolds Number. R.G. Hussey and Joe Wade Pulley, Louisiana State
University.
16:36
FE 8 Vortex Formation in Shear Flow Over a Rotating Disk. R.B. Hill, M.L.
Gill, and J.C. Klewicki, University of Utah.
15:05
FF 1 Simularity of the Two Point Correlation Tensor For Arbitrary
Separation In the Far Field of an Axisymmetric Jet. Ewing, D. and
W.K. George, SUNY at Buffalo.
15:18
FF 2 The Round Jet in a Uniform Counterflow: Some Observations. M. Yoda,
TU Berlin.
15:31
FF 3 Three dimensional dusturbances in an axisyyetric jet with annular
counterflow. R.K. Wilcoxon, M.D. Wahlberg, and P.J. Strykowski,
University of Minnesota.
15:44
FF 4 Effect of free stream turbulence on a turbulent jet. John C. LaRue
and Jerry Lin, University of California, Irvine.
15:57
FF 5 Planar Measurements of Reynolds Stress during Transition in a
Turbulent Jet. Dorian Liepmann and Todd Weisgraber, Univ. of Calif.,
Berkeley.
16:10
FF 6 Spanwise and Streamwise Vorticity in a Forced plane Jet.
J. Sakakibara, K. Hishida, M. Maeda, Keio University.
16:23
FF 7 Experiments of Linearly Accelerating Turbulent Jets. Q. Zhang and H.
Johari, Worcester Polytechnic Institute.
16:36
FF 8 Mixing in Impulsively Started Turbulent Jets. H. Johari, M. Rose, S.
Bourque, and Q. Zhang, Worcester Polytechnic Institute.
15:05
FG 1 On the Diffusional-Thermal Stability of Non-Premixed Flames.
M. Matalon and S. Cheatham, Northwestern University.
15:18
FG 2 Study of the Structure of Unsteady Diffusion Methane--Air Flames
Using Direct Numerical Simulations. J. Card, J.H. Chen, Sandia
National Laboratories; M. Day, Stanford U.; S. Mahalingam, U. of
Colorado at Boulder.
15:31
FG 3 Lewis Number Effects in Two-Dimensional Flame-Vortex Interactions.
J.-M. Samaniego, Center for Turbulence Research, Stanford University;
C.T. Bowman, High Temperature Gasdynamics Laboratory, Stanford
University.
15:44
FG 4 Local Integral Moment Simulations of Mixing and Nonequilibrium
Chemistry in COmplex Shear Flows. Nallan C. Suresh, Werner J.A. Dahm,
and Gretar Tryggvason, The University of Michigan.
15:57
FG 5 Reaction-Enhanced Mass Transfer from a Sphere to a Viscous
Axisymmetric Extensional Flow. Nimesh Y. Shah and X.B. Reed Jr.,
University of Missouri-Rolla.
16:10
FG 6 Experimental Investigatin of Under Water Aluminum Ignitions. M.
Browne and S. McCahan, University of Toronto.
16:23
FG 7 Simularity Transformations for Reacting Gasdynamic Flows.
T.E. Horton, Engineering School, U. of Miss.
16:36
FG 8 Relationships Between Bifurcation and Numerical Analyses for Ignition
of Hydrogen-Oxygen Diffusion Flames. A.L. Sanchez, G. Balakrishnan &
F.A. Williams, University of California, San Diego.
15:05
FH 1 Freely-Evolving 2-D Turbulence on the Surface of a Sphere. James Y.
-K. Cho and Lorenzo M. Polvani, Department of Applied Physics,
Columbia University, New York.
15:18
FH 2 On the two-dimensionalization of homogeneous rotating turbulence.
K.D. Squires, C. Cambon, N.N. Mansour,Center for Turbulence research.
15:31
FH 3 Coherent Structure Formation, Phase Correlations and Finite-Size
Effects in 2-D Turbulence. N.N. Kukharkin, Fluid Dynamics Research
Center, Princeton University.
15:44
FH 4 Hyperviscous Simulations of 3-D Turbulence. V. Borue and S.A. Orzag,
Princeton University.
15:57
FH 5 On the Local Topology Evolution of a High-Symmetry Flow.
O.N. Boratav, Observatoire de Nice; and R.B. Pelz, Rutgers Univ.
16:10
FH 6 Evolution of Local Flow Structures in Decaying Turbulence. Helene
Politano and Olus N. Boratav, Observatoire de Nice, France.
16:23
FH 7 Very large scale structures in plane Couette flow turbulence Jukka
Kumminaho. KTH Sweden; Anders Lundbladh, FFA, Sweden, and Arne
Johansson, KTH Sweden.
16:36
FH 8 Investigations of wavenumber=reduction schemes. J.C. Bowman and P.J.
Morrison, The University of Texas at Austin.
15:05
FI 1 Evolution of Unstable Disturbances in a Stagnation Flow. C. Thompson,
A. Chakravarty, and V. Mehta, University of Massachusetts, Lowell.
15:18
FI 2 Experimental Investigation of Mean Flow Stagnation Region for an
Oscillating Cylinder. A.V. Mehta and C. Thompson, University of
Massachusetts, Lowell.
15:31
FI 3 Gortler vortices: primary and secondary instabilities. A. Bottaro,
B.G. Klingmann, Ecole Polytechnique Federale de Lausanne; and A.
Zebib, Rutgers University.
15:44
FI 4 Interaction of Gortler vortices and TS waves in compressible boundary
layers. S.T. Smith and H. Haj-Hariri, University of Virginia.
15:57
FI 5 Wavelength selection for Gortler vortices. Andrew Dando and Philip
Hall, University of Manchester.
16:10
FI 6 Navier-Stokes Simulations of the Effects of Suction Holes on
Tollmien-Schlichting Waves in a Flat Plate Boundary Layer. Hubert L.
Meitz and Hermann F. Fasel, Dept. of Aerospace and Mechanical
Engineering, University of Arizona, Tucson.
16:23
FI 7 Evolution of Dynamical Models of a Flat-Plate Noundary Layer During
Transition. D. Rempfer, IAG, University of Stuttgart.
16:36
FI 8 Transition in Falkner-Skan-Cooke flow. Dan S. Henningson and Anders
Lundbladh, FFA Sweden.
15:05
FJ 1 Mean-Field Evolution Equations for Counterpropagating Water Waves.
R.D. Pierce, Math Dept., Penn State Univ.; E. Knobloch, Physics
Dept., U.C. Berkeley.
15:18
FJ 2 Coupled NLS and Davey-Stewartson equations. K.W. Chow, Math Dept.,
Univ. of Arizona.
15:31
FJ 3 Nonlinear evolution equations for surface and internal waves in a
fluid of finite depth. Wooyoung Choi, Los Alamos National Lab., CNLS.
15:44
FJ 4 A Study of an Illposed Nonlinear Wave Equation. P. Daripa, Texas A&M
University.
15:57
FJ 5 Nonlinear Evolution of Modulated Gravity Wavetrains. David K. Rollins
and Bhimsen K. Shivamoggi, Department of Mathematics, University of
Central Florida.
16:10
FJ 6 Radiating Solitary Waves in Fluids of Finite Depth. T.R. Akylas
& T.-S. Yang, MIT.
16:23
FJ 7 Weak Oblique Collisions of Interfacial Solitary Waves. S. Pennell
and R. Mirie, University of Massachusetts, Lowell.
16:36
FJ 8 Parametric Forcing of Waves with Non-Monotonic Dispersion Relation:
Domain Structures. David Raitt, SCRI, Florida State Univ.; Hermann
Riecke, Northwestern Univ.
15:05
FK 1 Comparison of Navier-Stokes computations and 1-D models for flow in
a collapsible channel. T.J. Pedley and X.Y. Luo, University of Leeds.
15:18
FK 2 Effects of the Downstream Fluid Pressure on the Reopening of a
Collapsed Fluid-Lined Tube. Matthew L. Perun and Donald P. Gaver,
Dept. of Biomedical Eng., Tulane University, New Orleans, LA.
15:31
FK 3 A Theoretical Study of Pulmonary Airway Reopening. D.P. Gaver, D.
Halpern, O. Jensen, and J.B. Grotberg, Tulane Univ., Univ. of
Alabama, Univ. of Newcastle, and Northwestern Univ.
15:44
FK 4 Surface-tension driven flows in the lung. D. Halpern, O.E. Jensen and
J.B. Grotberg, Univ. of Alabama, Tuscaloosa; Univ. of Newcastle,
Newcastle upon Tyne, NE1 7RU, UK; and Northwestern University,
Evanston IL.
15:57
FK 5 Investigation of Transition in Oscillatory Flow with Laser-Induced
Photochemical Anemometry. M. Keith Sharp and John R. Carman,
University of Utah.
16:10
FK 6 Unsteady forces on a oscillating sphere in a viscoelastic medium
inside a cylinder. J. Xiong, R. Mei, and R. Tran-Son-Tay, Univ. of
Florida.
16:23
FK 7 A Theoretical Model of Circulatory Interstitial Flow and Species
Transport within Porous Cortical Bone. R.G. Keanini, Univ. N.
Carolina Charlotte.
17:00
GA 1 The Interaction of Oscillatory and Steady Modes in The Two-Layer
Benard Problem. Y. Renardy, Virginia Polytechnic Institute and State
University, and K. Fujimura, Japan Atomic Energy Research Institute.
17:13
GA 2 Aerodynamic Lift Mechanism for Levitation of Core Flows.
D.D. Joseph, University of Minnesota.
17:26
GA 3 Two-Layer Viscous Instability an a Rotating Couette Device. M.J.
McCready, M. Sangalli, C.T. Gallagher, D.T. Leighton, H.-C. Chang,
Department of Chemical Engineering University of Notre Dame.
17:39
GA 4 Long-wave interfacial patterns in two-layer flows. B.S. Tilley,
S.H. Davis, and S.G. Bankoff, Northwestern University.
17:52
GA 5 An Inviscid Mode of Instability in a Two-Layer Inclined Channel Flow.
Yuan Chen and Cyrus Aidun, Institute of Paper Science and Technology
and Georgia Tech.
18:05
GA 6 Interfacial Instabilities in Thin Liquid Layers under Microgravity.
S.W. Joo, Wayne State University; K.-C. Hsieh and J.C. Duh, NASA
Lewis Research Center.
17:00
GB 1 Long wavelength oscillatory instability in binary fluids. M.C.
Depassier, U. Catolica de Chile, Santiago; E. Knobloch, Physics Dept.
U.C. Berkeley; and T. Clune, JILA, Boulder.
17:13
GB 2 Front Interaction in a Model for Binary-Mixture Convection. Hermann
Riecke, Northwestern Univ.; Henar Herrero, Universidad de Navarra,
Pamplona, Spain; W.-J. Rappel, ENS, Paris France.
17:26
GB 3 Chaotic reversals of traveling waves in finite containers.
P. Hirschberg and E. Knobloch, U.C. Berkeley, Physics Dept.
17:39
GB 4 Binary fluid convection in a rotating cylinder. E. Knobloch, Physics
Dept., U.C. Berkeley; I. Mercader and M. Net, U. Politecnica de
Catalunya, Barcelona, Spain.
17:52
GB 5 Onset of Convection for Binary Mixtures in Porous Media.
R.P. Behringer, L. Howle and J. Fiering, Duke University.
17:00
GC 1 The Aerodynamic Flow Vectoring of 2-D Jets. D. Hammond and L.G.
Redekopp, University of Southern California.
17:13
GC 2 Investigation of the Flow Structure of a Foeced Square Jet in a Cross
Flow. S. Gogineni, D. Sutkus, USAF Wright Laboratory; L.P. Goss,
Systems Research Laboratories, Inc., and A. Glezer, Georgia Institute
of Technology.
17:26
GC 3 Study and Control of Taylor-Couette Flow with Axial Motion of the
Inner Cylinder, A. Weisberg, A.J. Smits, Dept. of Mechanical and
Aerospace Engineering, Princeton University; I. Kevrekidis, Dept. of
Chemical Engineering, Princeton University.
17:39
GC 4 Control of Flow-Induced Vibrations Using Shape-Memory Alloy Wires.
J.H. Kim and C.R. Smith, Lehigh University.
17:52
GC 5 Feedback Control to Delay or Advance Linear Loss of Stability in
Planar Poiseuille Flow. Howard H. Hu and Haim H. Bau, Department of
Mechanical Engineering and Applied Mechanics, University of
Pennsylvania, Philadelphia.
18:05
GC 6 Suppression of Acoustic Resonance in a Cavity Excited by Grazing
Flow. S.F. McGrath, Wright Patterson AFB; D.J. Olinger, Worcester
Polytechnic Institute.
17:00
GD 1 Three-dimensional Reconstruction of a Coherent Structure Using Image
Processing Techniques. E.L. Karn, G.B. Smith, T. Wei, Rutgers
University.
17:13
GD 2 Very-Large-Scale Schlieren Flow Visualization System. G.S. Settles,
E. Hackett, and S. Garg, Gas Dynamics Lab., Penn State University;
and L. Weinstein, NASA Langley Research Center.
17:26
GD 3 Observations of Laminar Surface Shear Stress Patterns on the Sidewall
of a Rectangular, Mach 3 Quiet Tunnel Using Liquid Crystal Coatings.
D. Reda, L. King, NASA-Ames; and A. Demetriades, Montana St. U.
17:39
GD 4 Soap Film Imaging via Passive Infrared. R. Mackey, M. Gharib,
California Institute of Technology.
17:52
GD 5 A Flow Visualization Technique for Boundary Layer Transition and
Separation with Internally Heated Liquid-Crystal Foils. Zhao Zong Fu
and Zhou Ming De, Dept. Aerodynamics, Nanjing University of
Aeronautics and Astronautics, China.
18:05
GD 6 Index-of-refraction imaging of turbulent jet flow obtained at high-
pressure conditions. D.C. Fourguette, P.E. Dimotakis, and W.K. Ching,
California Institute of Technology.
17:00
GE 1 An Eulerian Calculation of the Singular Structure of the Boundary
Layer Equations on an Impulsively Started Circular Cylinder. E.A.
Adams, Z. Xiao, and A.T. Conlisk, The Ohio State University.
17:13
GE 2 Vorticity Annihilation in the Wake of Bluff Bodies at Low Reynolds
Numbers. P. Maheo, R. Henderson, M. Gharib, California Institute of
Technology; and G. Karniadakis, Brown University.
17:26
GE 3 Feedback Control of a Pendulum Undergoing Flow-Induced Oscillations.
David Jeon, Mohammed Gharib, Morteza Gharib, California Institute of
Technology.
17:39
GE 4 Turbulent Measurement of the flow over a Backward-Facing Step using
PIV. C. Shih, M. Wong and Z. Ding, Florida A&M University and Florida
State University, Tallahhassee.
17:52
GE 5 Unsteady Interaction Among Laminar Horseshoe Vortices in Front of a
Cylinder/End Plate Junction. B. Gajdeczko, Princeton University; and
F. Wen, University of California, Berkeley.
18:05
GE 6 Deflection of A Sonic Free Jet Using Fluidic Control. B. Gilbert,
Grumman Research & Development Center.
17:00
GF 1 Parameters Affecting Counterflow Vectoring in a Subsonic Rectangular
Jet. M.R. Van der Veer, P.J. Strykowski, University of Minnesota;
and A. Krothapalli, FAMU/Florida State U.
17:13
GF 2 Counterflow Thrust Vectoring of Supersonic Jets. P.J. Strykowski,
University of Minnesota; and A. Krothapalli, Florida A&M University
and Florida State University.
17:26
GF 3 A PIV Study of a Thrust Vectored Supersonic Jet using Cunterflow.
D.J. Forliti, A. Krothapalli, Florida A&M University and Florida
State University, Tallahassee; P.J. Strykowski, University of
Minnesota, Minneapolis.
17:39
GF 4 Laminar Boundary-layer Response to Electromagnetic Forcing. T.I. Eng,
D.M. Nosenchuck, Princeton University.
17:52
GF 5 Electromagnetic Turbulent Boundary-Layer Control. D.M. Nosenchuck,
Princeton University.
18:05
GF 6 Numerical Investigation of Turbulence Control Using Electromagnetic
Forces. J.F. Donovan, L.D. Kral, McDonnell Douglas Corporation and
D.M. Nosenchuck, Princeton University.
17:00
GG 1 The Effect of Coherent Vortical Structures on a Simulated Premixed
Flame Surface. L.R. Collins, M. Ulitsky, Department of Chemical
Engineering, The Pennsylvania State University.
17:13
GG 2 Size Dependence of Turbulent Flame Ball Growth. Wm.T. Ashurst,
Sandia Nat. Labs.
17:26
GG 3 Computation of semi-infinite reaction diffusion boundary layers. A.
Tron, S.H. Lam, Princeton University.
17:39
GG 4 Extinction of Wet CO Diffusion Flames. M.L. Rightley and F.A.
Williams, University of California, San Diego.
17:52
GG 5 Unsteady Forced Convective Interphase Mass Transfer in Single-Drop
Extraction Enhanced by Chemical Reaction. Leonid S. Kleinman and
X.B. Reed Jr., University of Missouri-Rolla.
18:05
GG 6 Burning Characteristics of Fuel-Lean and Fuel-Rich Premixed Flames.
V.R. Katta, SRL; and W.M. Roquemore, WL/AAPD.
17:00
GH 1 Statistical closure and intermittency in three dimensional
turbulence. Piero Olla, The James Franck Institute, University of
Chicago, Chicago, IL.
17:13
GH 2 Multi-time-scale Turbulence Modeling in Transitional Boundary Layers.
S. Wu, E. Reshotko, Case Western Reserve University.
17:26
GH 3 Vorticity Matching in Coupled Superfluid Turbulence. K.W. Schwarz,
IBM Research Division, Yorktown Heights, NY.
17:39
GH 4 Coherent Structure Interaction Model for 2D Turbulence. Norman J.
Zabusky, Hongbing Yao and David Dritschel, Dept of MAE and CAIP
Center, Rutgers University.
17:52
GH 5 Lattice Boltzmann implementation of a Levy walk model for turbulence.
Fernand Hayot and Lukas Wagner, Ohio State University.
18:05
GH 6 Turbulent production in a mixing zone generated by Rayleigh-Taylor
instability: a linear perturbation analysis. J.-M. Pace, Commissariat
a l'Energie Atomique, Centre d'Etudes de Vaujours-Moronvilliers,
France.
17:00
GI 1 Scale-dependent transport in bypass transition of a boundary layer.
David E. Ashpis, NASA-Lewis Research Center; Jacques Lewalle and
Sandra L. Kraushaar, Syracuse University.
17:13
GI 2 Dissipation rate in a three-dimensional turbulent flow around a
surface mounted cube in a channel. H.J. Hussein,Vanderbilt University
and R.J. Martinuzzi, University of Western Ontario.
17:26
GI 3 Karhunen-Loeve Decomposition of a Minimal Channel Flow. G.A. Webber,
Brown University; R.A. Handler, Naval Research Lab.; and L. Sirovich,
Brown University.
17:39
GI 4 LDA Measurements of Turbulent Flow Along a Vertical Wall/Free Surface
Corner. L.M. Grega, T. Wei, Rutgers University; and R.I. Leighton,
NRL.
17:52
GI 5 Turbulence measurements in a duct with curvatures and presure
gradients. E. Varella and A. Ahmed, Texas A&M University, College
Station.
18:05
GI 6 Withdrawn
17:00
GJ 1 A Comparison of Large Eddy Simulation Results with Observations of
Turbulent Quantities in the Planetary Boundary Layer. D.G.
University; and F.H. Proctor, NASA Langley Res. Center.
17:13
GJ 2 Analysis of Monin-Obukhov Similarity from laege Eddy Simulation of
the Atmosphere Boundar Layer. S. Khanna, J.G. Brasseur, J.C.
Wyngaard, Penn State University.
17:26
GJ 3 Synoptic Forcing of Coastal-trapped Disturbances in the Marine
Atmospheric Boundary Layer. A. Rogerson and R. Samelson, Woods Hole
Oceanographic Institution.
17:39
GJ 4 The Coupling of Antarctic Katabatic Winds and the Coastal Ocean.
A.M.J. Davis, U. Alabama; R.T. McNider, U. Alabama, Huntsville.
17:52
GJ 5 Multi-Sensor Measurements of Optical Turbulence and Meteorological
Effects on Optical Turbulence. Amanda Preble, Kirtland, AFB.
18:05
GJ 6 Comparison of Platinum Plated Tungsten Wires and Nickel Coated Quartz
Films as Constant Current Anemometers. Bryan Scruggs, Kirtland AFB.
17:00
GK 1 Flow Boiling in Low Gravity. B.N. Antar and F.G. Collins, The
University of Tennessee Space Institute.
17:13
GK 2 Rapid Expansion of Near-Critical Liquid Iso-Octane Through a
Converging and a Converging-Diverging Nozzle. R.E. Athans, A. Hirsa
and S. Gulen, Rensselaer Polutechnic Institute.
17:26
GK 3 Distribution of Drops and Bubbles in a Heated Tube. H.A. Snyder and
A.J. Mord, Ball Aerospace and University of Colorado at Boulder.
17:39
GK 4 Microbubble Interactions with the Small-scales of Turbulence. M.R.
Maxey, Brown University; E.J. Chang, Naval Research Laboratory; and
B.K. Patel, Brown University.
17:52
GK 5 Simulation of Multiphase Flows in Nuclear Reactor. Y.H. Qian and S.A.
Orszag, Fluid Dynamics Research Center, Princeton University.
18:05
GK 6 A Three-Dimensional Kinetic Model for the Swelling of Intumescent
Materials. K.M. Butler, H.R. Baum and T. Kashiwagi, NIST,
Gaithersburg, MD.
TUESDAY MORNING
8:00
HA 1 Low Reynolds number motion of bubbles, drops and rigid particles
through fluid-fluid interfaces. Michael Manga, H.A. Stone, Harvard
University.
8:13
HA 2 Evaporation and Combustion of a Slowly Moving Liquid Fuel Droplet:
Higher Order Theory. M.A. Jog, University of Cincinnati; P.S.
Ayyaswamy and I.M. Cohen, University of Pennsylvania.
8:26
HA 3 Uniform Asymptotic Solutions for Small and Large Sessile Drops. T.
Singler, J. Geer, State Univeristy of New York at Binghamton; D.
Homentcovschi, Polytechnic Institute of Bucharest.
8:39
HA 4 Time-evolving bubbles in 2D Stokes flow. Giovani L. Vasconcelos,
Fachbereich Physik, Freie Universitat Berlin; and Saleh Tanveer,
Mathematics Department, The Ohio State University.
8:52
HA 5 Scaleability of Cyclic Sonoluminescence. Robert E. Apfel and Tao Shi,
Yale University.
9:05
HA 6 Heat Transfer in a Collapsing Non-Spherical Gas Bubble. H. Yuan, H.
Oguz and A. Prosperetti, Dept. of Mechanical Engineering, The Johns
Hopkins University.
9:18
HA 7 The effect of surfactants on bursting bubbles. J.M. Boulton-Stone
and J.R. Blake, University of Birmingham, U.K.
9:31
HA 8 Pressures on a rigid boundary due to the motion of a collapsing
bubble. J.R. Blake and M.C. Hooton, School of Mathematics and
Statistics, The University of Birmingham, Edgbasaton, Birmingham
B15 2TT, U.K.
8:00
HB 1 Nonlinear stability of convection in a rotating fluid layer. H.F.
Goldstein, JILA, U. of Colorado; and E. Knobloch, Dept. of Physics,
U.C. Berkeley.
8:13
HB 2 Some New Stability Results for Spatially Doubly-Periodic Steady
Platforms. M. Silber, Northwestern; B. Dionne, Ottawa; A. Skeldon,
Oxford.
8:26
HB 3 Pattern Domains in Rayleigh Benard Slot Convection. J. Hegseth,
University of New Orleans; and J.M. Vince, M. Dubois, P. Berge,
Service de Physique de l'Etat Condense, Centre D'Etudes de Saclay.
8:39
HB 4 Pattern Selection for Stationary Convection in a Box. Joseph M. Kats,
Brookhaven Nat'l Lab.
8:52
HB 5 Unfolding of the Pitchfork Bifurcation in the Benard Problem. W.J.
Decker and J.J. Dorning, Univ. of Va, Charlottesville.
9:05
HB 6 Convection in the presence of unsteady shear flows. Philip Hall,
Manchester University.
9:18
HB 7 Transition to Spiral Defect Chaos in Rayleigh-Benard Convection.
Robert Ecke, Yuchou Hu, and Guenter Ahlers, Los Alamos National
Laboratory and UC Santa Barbara.
9:31
HB 8 Thermally Induced Fluctuations Below the Onset of Rayleigh-Benard
Convection. Mingming Wu, Guenter Ahlers, and David S. Cannell, Dept.
of Phys. and CNLS, UC Santa Barbara.
8:00
HC 1 Unsteady flow field investigation of bluff body with three
dimensional attachment line at sub- and post-critical Reynolds
numbers. Thomas A. Damiana & Anwar Ahmed, Texas A&M University,
College Station.
8:13
HC 2 Experiments on Fluctutations of Vortex Breakdown Location. I. Gursul
and H. Yang, Uiv. of Cincinnati.
8:26
HC 3 Vortex induction and interaction mechanisms leading to the shedding
of streamwise longitudinal sheaths. R. Suprayan, L. Suprayan, L.
Taubert & H.E. Fiedler, TU-Berlin, Germany.
8:39
HC 4 Dual View Flow Visualizations and Velocity Measurements in an
Incompressible Jet with Tabs. M.F. Reeder, M. Samimy, The Ohio State
University.
8:52
HC 5 Volumetric Visualization of 3-D Flow Structure in a Low Reynolds
Number Forced Wake. M.M. Koochesfahani, S.J. Beresh and C.G.
MacKinnon, Michigan State U.
9:05
HC 6 Visualization of Vortex-Induced Separation on a Cylinder. K.
Peterson, R. Funk, J. Lynn, N. Komerath, School of AE, Georgia Tech.
9:18
HC 7 The Interacting Boundary Layer Induced by a Vortex Approaching a
Cylinder. Z. Xiao, O.R. Burggraf, and A.T. Conlisk, The Ohio State
University.
9:31
HC 8 On the boundary layer beneath a convecting vortex. M.R. Dhanak and
C. Si, Florida Atlantic University.
8:00
HD 1 The Instability of a Finite Width Linear Profile Mixing Layer in the
Presence of a Sharp Edge. James A. Rabchuk, Dept. of Physics,
University of Illinois at Chicago.
8:13
HD 2 Two-dimensional nonlinear equilibrium states in Plane Couette Flow.
U. Ehrenstein and A. Cherhabili, LML Universite de Lille I, France.
8:26
HD 3 Growth of a weak localized disturbance in inviscidly stable shear
flow. Anders Lundladh, FFA, Sweden.
8:39
HD 4 Spatial Stability of a Plane and Axisymmetric Wake in the Presence
of a Plane Shear Flow. A.R. Bajwa, P.J. Morris, Penn State Univ.
8:52
HD 5 Quantification of the Energy Cascading Processes in Plane Wakes. M.
Hajj & I. Janajreh, Engineering Science and Mechanics, Virginia
Polytechnic Institute and State University, Blacksburg; and R. Miksad
& E. Powers, College of Engineering, University of Texas at Austin.
9:05
HD 6 Development of Taylor-Gortler Vortices in the Near Wake of a
Nominally 2D Semi-Circular Shell. P. Ehrmann, N. Boisaubert, and M.
Coutanceau, Universite de Poitiers, France.
9:18
HD 7 Analysis of Instability Waves in Non-Circular Supersonic Jets With
a Finite Element Method. Chingwei M. Shieh, P.J. Morris, Penn State
Univ.
9:31
HD 8 Qualitative experiments on the absolute instability of non circular
hot jets. D. Hilberg, S. Raghu, Dept. of Mech. Eng., SUNY at
Stonybrook, NY.
8:00
HE 1 Convection Effects in Bridgman Crystal Growth. S. Tanveer, Ohio State
University.
8:13
HE 2 Nonlinear Time-Evolution of a Dendritic crystal. M.D. Kunka, M.R.
Foster, S. Tanveer, Ohio State U.
8:26
HE 3 Growth of Single-Crystal Fibers. G.W. Young and J.A. Heminger,
U. of Akron.
8:39
HE 4 Gap-averaged equations for flow and solidification in thin molten
zones. Ch. Karcher, P.H. Steen, Cornell University.
8:52
HE 5 Modeling of the Reactive Spreading of a Solder Drop. R. Braun, B.T.
Murray, G.B. McFadden, W.J.Boettinger, Natl. Inst. of Stds. and Tech.
9:05
HE 6 Frost Heave in a Capillary Tube. M.G. Worster, University of
Cambridge; and J.S. Wettlaufer, University of Washington.
9:18
HE 7 Interaction of Inert Particles at a Solid-Liquid Interface. C.K.
Sidbury, C.W. Meyers, and P.V. Desai, Georgia Institute of
Technology.
9:31
HE 8 Calculation of Meniscus Shapes and Convective Heat Transfer in Float
Zone Growth of SIngle Crystals. Madhukar M. Rao and Wei Shyy,
Department of Aerospace Engineering, Mechanics and Engineering
Science, University of Florida, Gainesville.
8:00
HF 1 Some Intriguing Features of Axisymmetric Jets. Mikhail Goldshtik and
Fazle Hussain, Univ. of Houston.
8:13
HF 2 Computation of turbulent axisymmetric jet flows using the k-e model.
Andrew T. Thies and Christopher K.W. Tam, Florida State University.
8:26
HF 3 The effect of two-dimensional forcing on self-similar turbulent plane
wakes. M.M. Rogers, R.D. Moser, NASA-Ames Research Center.
8:39
HF 4 The long time evolution and structure of vortex wakes behind towed
spheres in a stable stratification. G.R. Spedding, F.K. Browand &
A.M. Fincham, University of Southern California, Los Angeles.
8:52
HF 5 Hot-wire measurements in the very near wake of a circular cylinder.
L. Ong & J. Wallace, University of Maryland.
9:05
HF 6 Vorticity Distribution in Laminar and Turbulent Wakes. R.D.
Henderson, California Institute of Technology.
9:18
HF 7 The Spanwise Structure of Sharp-Edged Bluff Body Wakes in Shear Flow.
J.C. Edie, M.C. Wolochuk, J.E. Braun & M.W. Plesniak, Purdue
University.
9:31
HF 8 Effect of a 'Delta Tab' on Small Scale Mixing in the Wake of a
Airfoil. Judith K. Foss & Khairul B.M. Zaman, NASA Lewis Research
Center.
8:00
HG 1 Acoustic Measurements and High-Speed Shadowgraph Visualization of a
Convergent Jet During Screech. J. Papp, G. Cardell, and H. Nagib,
ITT, Chicago, IL.
8:13
HG 2 Screech Tones in Supersonic Rectangular Heated Jets. K.C. Massey and
K.K. Ahuja, Georgia Institute of Technology.
8:26
HG 3 Mixing Enhancement and Noise Control Through the Use of Splitter
Plates Upstream of Nozzle Exits. K.K. Ahuja, K. Massey, and E. Dryer,
Georgia Institute of Technology.
8:39
HG 4 Measurement of shock oscillation in underexpanded screeching jets.
J. Panda, Univ. of Toledo.
8:52
HG 5 Supersonic Multiple Jet Ejector: A Parametric Study. Ray Taghavi,
University of Kansas; and Ganesh Raman, NYMA Inc., NASA Lewis
Research Center Group, Brookpark, OH.
9:05
HG 6 Effects of Induced Screech on the Flowfield of a Supersonic
Rectangular Jet. K. Kailasanath, R. Kolbe, J.P. Boris, T.R. Young
and E.F. Brown, Naval Research Laboratory, Washington, DC.
9:18
HG 7 Effect of Flight Speed on Screech. A.B. Cain, McDonnell Douglas
Corporation.
9:31
HG 8 Trailing-Edge Receptivity for a Supersonic Shear layer.
E.J. Kerschen, University of Arizona.
8:00
HH 1 Theoretical development of turbulence models. S. Woodruff, Division
of Engineering and Center for Fluid Mechanics, Turbulence and
Computation, Brown University, Providence, RI.
8:13
HH 2 Rapid-Distortion Turbulence Model of Hydrohynamic and Scalar
Transport in Unsteady Shear Flow. G.J. Brereton & R.R. Mankbadi,
Michigan State University, NASA Lewis.
8:26
HH 3 A Particle Representation Model for Rapid Distortion Analysis of
Homogeneous Turbulence. W.C. Reynolds and S.C. Kassinos, Stanford
Univ.
8:39
HH 4 A One-point Structure-Based Model for RDT of Homogeneous Turbulence.
S.C. Kassinos and W.C. Reynolds, Stanford Univ.
8:52
HH 5 Role of Pressure Diffusion in Non-Homogeneous Shear Flows. A.O.
Demuren, S.K. Lele, and P. Durbin, Center for Turbulence Research,
Stanford.
9:05
HH 6 Flow Inhomogeneity and the Model Dissipation Rate Equation. Z. Yang,
T.H. Shih, ICOMP, NASA Lewis Research Center.
9:18
HH 7 The enstrophy equation budget of bounded turbulent shear flows and
its implications for two-equation modeling. J. Wallace & P. Bernard,
University of Maryland; J. Gorski, Naval Surface Warfare Center.
9:31
HH 8 Simulation of Secondary Vortices in Developing Channel Flows. A.
Kovacs and C. Aidun, Institute of Paper Science and Technology and
Georgia Tech.
8:00
HI 1 Study of Energy Transfer in the Far-dissipation Range of Turbulence.
D. Martinez, S. Chen, Theoretical Division, Los Alamos National
Laboratory; L.P. Wang, Dept. of Mechanical Engineering, Pennsylvania
State University; and Y. Zhou, ICASE, NASA Langley Research Center.
8:13
HI 2 Is Kolmogorov Refined Similarity Hypothesis a Dynamic or Kinematic
Property of Turbulence? S. Chen, Gary D. Doolen, R. Kraichnan and
Lian-Ping Wang, Theoretical Division, Los Alamos National Laboratory.
8:26
HI 3 Examination of Kolmogorov Refined Sililarity Hypothesis through High-
Resolution Simulations. L.-P. Wang, S. Chen, J.G. Brasseur, & J.C.
Wyngaard, Pennsylvania State Univ. and Los Alamos National Lab.
8:39
HI 4 Scale disparity and spectral transfer in anisotropic numerical
turbulence. Y. Zhou, ICASE; P.K. Yeung, Georgia Tech.; & J.G.
Brasseur, Penn State Univ.
8:52
HI 5 Response of Passive Scalar to Large-Scale Anisotropic Forcing in
Velocity. J.G. Brasseur & L.-P. Wang, Pennsylvania State Univ.;
S. Chen, Los Alamos National Lab.
9:05
HI 6 The statistical order of small scales in turbulence. G. Stolovitsky
and K.R. Sreenivasan, Yale University.
9:18
HI 7 Approximation of subgrid-scale energy transfer based on the dynamics
of resolved scales of turbulence. J.A. Domaradzki and W. Liu, Univ.
So. Calif.
9:31
HI 8 Small-scale Behavior in 'Distorted' Boundary layers. Seyed G.
Saddoughi, Center for Turbulence Research/Stanford University.
8:00
HJ 1 Pattern Formation in Weakly Damped Faraday Waves. Wenbin Zhang and
Jorge Vinals, Florida State University.
8:13
HJ 2 Multiple frequency parametrically excited surface wave patterns. W.S.
Edwards and J.P. Gollub, Haverford Coll. and Univ. of Pennsylvania.
8:26
HJ 3 On the Anistropy of the Surface Shape in Steady Breaking Waves. D.
Coakley, Carderock Division Headquarters, Naval Surface Warfare
Center; and J.H. Duncan, Dept. Mech. Engineering, Univ. of Maryland,
College Park.
8:39
HJ 4 Spilling Breaking Water Waves. H. Qiao, V. Philomin and J.H. Duncan,
Dept. Mech. Engineering, Univ. of Maryland, College Park.
8:52
HJ 5 Space-Time Analysis of a Falling Film Flow. F. Carbone, N. Aubry,
Levich Institute of the City College of New York; J. Liu and J.
Gollub, Haverford College.
9:05
HJ 6 Drift in viscous capillary-gravity waves. S. Gou, A.F. Messiter,
W.W. Schultz, and M. Perlin, Univ. of Michigan.
9:18
HJ 7 Resonant triads of capillary-gravity waves that include a wave of
non-zero growth rate. L.C. Morland, Southern Methodist University.
9:31
HJ 8 Experiments suggesting Dynamic Surface Tension Behavior. G.S. Lapham,
D.R. Dowling, and W.W. Schultz, U. of Mich.
8:00
HK 1 Particle-size measurements in two-phase flows: a comparison of Laser-
diffraction and Phase-Doppler sizing Techniques. Carlos Martinez &
Juan C. Lasheras, University of California, San Diego.
8:13
HK 2 Droplet Size and Velocity Measurements in a High-Speed Thermal Spray.
T.J. O'Hern and J.E. Brockmann, Sandia National Laboratories.
8:26
HK 3 Atomization of liquid jet by a high-speed co-flowing air jet. M.
Orski, University of California, San Diego and Institut de Mecanique
de Grenoble and CNRS, France; J.C. Lasheras, University of
California, San Diego; E. Villermaux & E. Hopfinger, Institut de
Mecanique de Grenoble and CNRS, France.
8:39
HK 4 The Sensitivity of a Gas-Core Vortex in a Cyclone-Type Gas-Liquid
Separator. Promode R. Bandyoladhyay, Gregory C. Pacifico and Mohamed
Gad-el-Hak, Naval Uncersea Warfare Center, Newport, RI.
8:52
HK 5 Singularity Representations for Flow Past a Sphere. B.K. Patel and
M.R. Maxey, Brown University.
9:05
HK 6 Dynamics of Heavy Particles in a Burgers Bortex. Bogdan Marcu, Eckart
Meiburg and Paul K. Newton, U. of South. Calif.
9:18
HK 7 Absolute and convective instabilities of fluidized beds. M. Nicolas,
J.-M. Chomaz and E. Guazzelli, PMMH/ESPCI and LADHYX, Paris France.
9:31
HK 8 Radial Distribution of Solid Concentration in Fluidized Beds. C.T.
Hsu & X.W. Chen, Hong Kong University of Science & Technology.SESSION AA: DROPS & BUBBLES I
Sunday morning, 20 November 1994
American Room at 8:00
A. Nadim, presidingSESSION AB: CHAOS & FRACTALS
Sunday morning, 20 November 1994
French Room at 8:00
J. Gollub, presidingSESSION AC: VORTEX DYNAMICS I
Sunday morning, 20 November 1994
English Room at 8:00
P. Bernard, presidingSESSION AD: TURBULENT MIXING I
Sunday morning, 20 November 1994
Confederate Room at 8:00
P. Yeung, presidingSESSION AE: CFD I
Sunday morning, 20 November 1994
Georgian Room at 8:00
B. Leonard, presidingSESSION AF: SHEAR-LAYER INSTABILITIES
Sunday morning, 20 November 1994
Spanish Room at 8:00
J. Chomaz, presidingSESSION AG: REACTING FLOWS I
Sunday morning, 20 November 1994
Flag Room at 8:00
R. Agarwal, presidingSESSION AH: TURBULENCE THEORY I
Sunday morning, 20 November 194
Peachtree Battle Room at 8:00
J. Brasseur, presidingSESSION AI: TURBULENT BOUNDARY LAYERS I
Sunday morning, 20 November 1994
Peachtree Park Room at 8:00
J. Wallace, presidingSESSION AJ: TURBULENT CONVECTION
Sunday morning, 20 November 1994
Henry Room at 8:00
T. Maxworthy, presidingSESSION AK: MULTI-PHASE & GRANULAR FLOWS
Sunday morning, 20 November 1994
Grady Room at 8:00
A. Szeri, presidingSESSION BA: THIN-FILM INSTABILITIES
Sunday morning, 20 November 1994
American Room at 10:15
G. Baker, presidingSESSION BB: CHAOS AND GENERAL STABILITY
Sunday morning, 20 November 1994
French Room at 10:15
I. Herron, presidingSESSION BC: FREE-SURFACE FLOWS I
Sunday morning, 20 November, 1994
English Room at 10:15
A. Conlisk, presidingSESSION BD: COMPRESSIBLE TURBULENCE I
Sunday morning, 20 November 1994
Confederate Room at 10:15
G. Settles, presidingSESSION BE: SEPARATED FLOW CFD
Sunday morning, 20 November 1994
Georgian Room at 10:15
M. Glauser, presidingSESSION BF: JET INSTABILITIES
Sunday morning, 20 November 1994
Spanish Room at 10:15
M. Yoda, presidingSESSION BG: SHOCK WAVES
Sunday morning, 20 November 1994
Flag Room at 10:15
P. Miller, presidingSESSION BH: TURBULENCE MODELING I
Sunday morning, 20 November 1994
Peachtree Battle Room at 10:15
C. Speziale, presidingSESSION BI: TURBULENT BOUNDARY LAYERS II
Sunday morning, 20 November 1994
Peachtree Park Room at 10:15
N. Aubry, presidingSESSION BJ: BUOYANCY-DRIVEN FLOW
Sunday morning, 20 November 1994
Henry Room at 10:15
P. Roberts, presidingSESSION BK: SUSPENSIONS & POROUS MEDIA
Sunday morning, 20 November 1994
Grady Room at 10:15
S. Paolucci, presidingSESSION S1: FLUID DYNAMICS PRIZE LECTURE
Sunday afternoon, 20 November 1994
Peachtree Ballroom at 14:00
L. Redekopp, presidingSESSION S2: OTTO LAPORTE MEMORIAL LECTURE
Sunday afternoon, 20 November 1994
Peachtree Ballroom at 14:45
H. Aref, presidingSESSION CA: SURFACE-TENSION EFFECTS
Sunday afternoon, 20 November 1994
American Room at 16:00
C. Park, presidingSESSION CB: GENERAL STABILITY I
Sunday afternoon, 20 November 1994
French Room at 16:00
P. Hall, presidingSESSION CC: VORTEX DYNAMICS II
Sunday afternoon, 20 November 1994
English Room at 16:00
S. Vanka, presidingSESSION CD: EXPERIMENTAL TECHNIQUES I
Sunday afternoon, 20 November 1994
Confederate Room at 16:00
D. Bogard, presidingSESSION CE: SOLIDIFICATION
Sunday afternoon 20 November 1994
Georgian Room at 16:00
R. Braun, presidingSESSION CF: WAKE INSTABILITIES
Sunday afternoon, 20 November 1994
Spanish Room at 16:00
A. Cain, presidingSESSION CG: COMPRESSIBLE FLOW
Sunday afternoon, 20 November 1994
Flag Room at 16:00
Z. Rusak, presidingSESSION CH: TURBULENCE THEORY II
Sunday afternoon, 20 November 1994
Peachtree Battle Room at 16:00
J. Domaradzki, presidingSESSION CI: BOUNDARY-LAYER INSTABILITIES I
Sunday afternoon, 20 November 1994
Peachtree Park Room at 16:00
E. Reshotko, presidingSESSION CJ: GEOPHYSICAL FLUID DYNAMICS I
Sunday afternoon, 20 November 1994
Henry Room at 16:00
J. Whitehead, presiding
16:00
CJ 1 Sedimentation From a Particle-Laden Round Vertical Jet. H.J.S.
Fernando & J. Neves, Arizona State University.SESSION CK: SUSPENSIONS
Sunday afternoon, 20 November 1994
Grady Room at 16:00
H. Haj-Hariri, presidingSESSION DA: OSCILLATING DROPS & BUBBLES
Monday morning, 21 November 1994
American Room at 8:00
H. Chang, presidingSESSION DB: CONVECTION I
Monday morning, 21 November 1994
French Room at 8:00
T. Foster, presidingSESSION DC: VORTEX DYNAMICS III
Monday morning, 21 November 1994
English Room at 8:00
S. Tanveer, presidingSESSION DD: COMPRESSIBLE TURBULENCE II
Monday morning, 21 November 1994
Confederate Room at 8:00
L. Kral, presidingSESSION DE: CFD II
Monday morning, 21 November 1994
Georgian Room at 8:00
S. Zaleski, presidingSESSION DF: CONTROL OF TURBULENT FLOW I
Monday morning, 21 November 1994
Spanish Room at 8:00
P. Monkewitz, presidingSESSION DG: REACTING FLOWS II
Monday morning, 21 November 1994
Flag Room at 8:00
F. Collins, presidingSESSION DH: TURBULENCE SIMULATION I
Monday morning, 21 November 1994
Peachtree Battle Room at 8:00
S. Menon, presidingSESSION DI: TURBULENT BOUNDARY LAYERS III
Monday morning, 21 November 1994
Peachtree Park Room at 8:00
J. Walker, presidingSESSION DJ: ROTATING FLOWS I
Monday moring, 21 November 1994
Henry Room at 8:00
M. Foster, presidingSESSION DK: BIO-FLUID DYNAMICS I
Monday morning, 21 November 1994
Grady Room at 8:00
T. Pedley, presidingSESSION EA: MOVING CONTACT LINES
Monday morning, 21 November 1994
American Room at 10:15
M. Miksis, presidingSESSION EB: CONVECTION II
Monday morning, 21 November 1994
French Room at 10:15
B. Antar, presidingSESSION EC: FREE-SURFACE FLOWS II
Monday morning, 21 November 1994
English Room at 10:15
W. Schultz, presidingSESSION ED: EXPERIMENTAL TECHNIQUES II
Monday morning, 21 November 1994
Confederate Room at 10:15
D. Williams, presidingSESSION EE: CFD III
Monday morning, 21 November 1994
Georgian Room at 10:15
P. Marcus, presidingSESSION EF: MEMS & FLOW CONTROL
Monday morning, 21 November 1994
Spanish Room at 10:15
J. McMichael, presidingSESSION EG: ACOUSTICS I
Monday morning, 21 November 1994
Flag Room at 10:15
S. Lele, presidingSESSION EH: TURBULENCE MODELING II
Monday morning, 21 November 1994
Peachtree Battle Room at 10:15
C. Meneveau, presidingSESSION EI: BOUNDARY-LAYER INSTABILITIES II
Monday morning, 21 November 1994
Peachtree Park Room at 10:15
J. Haritonidis, presidingSESSION EJ: GEOPHYSICAL FLUID DYNAMICS II
Monday morning, 21 November 1994
Henry Room at 10:15
H. Fernando, presidingSESSION EK: RAYLEIGH-TAYLOR & TAYLOR-COUETTE INSTABILITIES
Monday morning, 21 November 1994
Grady Room at 10:15
J. Hegseth, presidingSESSION M1: INVITED LECTURE
Monday afternoon, 21 November 1994
Peachtree Park at 13:30
J. Riley, presidingSESSION M2: INVITED LECTURE
Monday afternoon, 21 November 1994
Peachtree Battle at 13:30
M. Gharib, presidingSESSION M3: INVITED LECTURE
Monday afternoon, 21 November 1994
Peachtree Park at 14:10
R. Donnelly, presidingSESSION FA: DROPS & BUBBLES II
Monday afternoon, 21 November 1994
American Room at 15:05
M. Worster, presidingSESSION FB: GENERAL STABILITY II
Monday afternoon, 21 November 1994
French Room at 15:05
P. Weidman, presidingSESSION FC: VORTEX DYNAMICS IV
Monday afternoon, 21 November 1994
English Room at 15:05
W. Phillips, presidingSESSION FD: TURBULENT MIXING II
Monday afternoon, 21 November 1994
Confederate Room at 15:05
S. Pope, presidingSESSION FE: VISCOUS FLOWS
Monday afternoon, 21 November 1994
Georgian Room at 15:05
A. Davis, presidingSESSION FF: TURBULENT JETS
Monday afternoon, 21 November 1994
Spanish Room at 15:05
T. Herbert, presidingSESSION FG: REACTING FLOWS III
Monday afternoon, 21 November 1994
Flag Room at 15:05
L. Collins, presidingSESSION FH: TURBULENCE SIMULATION II
Monday afternoon, 21 November 1994
Peachtree Battle Room at 15:05
P. Moin, presidingSESSION FI: BOUNDARY-LAYER INSTABILITIES III
Monday afternoon, 21 November 1994
Peachtree Park Room at 15:05
P. Morris, presidingSESSION FJ: WAVES I
Monday afternoon, 21 November 1994
Henry Room at 15:05
H. Riecke, presidingSESSION FK: BIO-FLUID DYNAMICS II
Monday afternoon, 21 November 1994
Grady Room at 15:05
J. Grotberg, presidingSESSION GA: INTERFACIAL INSTABILITIES I
Monday afternoon, 21 November 1994
American Room at 17:00
S. Troian, presidingSESSION GB: BINARY FLUID CONVECTION
Monday afternoon, 21 November 1994
French Room at 17:00
S. Lin, presidingSESSION GC: CONTROL OF INSTABILITY I
Monday afternoon, 21 November 1994
English Room at 17:00
P. Reisenthel, presidingSESSION GD: FLOW VISUALIZATION
Monday afternoon, 21 November 1994
Confederate Room at 17:00
C. Wark, presidingSESSION GE: SEPARATED FLOWS
Monday afternoon, 21 November 1994
Georgian Room at 17:00
I. Greber, presidingSESSION GF: CONTROL OF TURBULENT FLOW II
Monday afternoon, 21 November 1994
Spanish Room at 17:00
M. Gad-el-Hak, presidingSESSION GG: REACTING FLOWS IV
Monday afternoon, 21 November 1994
Flag Room at 17:00
M. Matalon, presidingSESSION GH: TURBULENCE MODELING III
Monday afternoon, 21 November 1994
Peachtree Battle Room at 17:00
C. Truman, presidingSESSION GI: TURBULENT BOUNCARY LAYERS IV
Monday afternoon, 21 November 1994
Peachtree Park Room at 17:00
W. Saric, presidingSESSION GJ: GEOPHYSICAL FLUID DYNAMICS III
Monday afternoon, 21 November 1994
Henry Room at 17:00
S. Thangam, presidingSESSION GK: MULTI-PHASE FLOW I
Monday afternoon, 21 November 1994
Grady Room at 17:00
H. Stone, presidingSESSION HA: DROPS & BUBBLES III
Tuesday morning, 22 November 1994
American Room at 8:00
D. Sulsky, presidingSESSION HB: CONVECTION III
Tuesday morining, 22 November 1994
French Room at 8:00
A. Pearlstein, presidingSESSION HC: VORTEX DYNAMICS V
Tuesday morning, 22 November 1994
English Room at 8:00
D. Parekh, presidingSESSION HD: SHEAR-LAYER, WAKE & JET INSTABILITIES
Tuesday morning, 22 November 1994
Confederate Room at 8:00
C. Grosch, presidingSESSION HE: MATERIALS PROCESSING
Tuesday morning, 22 November 1994
Georgian Room at 8:00
D. Canright, presidingSESSION HF: TURBULENT JETS & WAKES
Tuesday morning, 22 November 1994
Spanish Room at 8:00
J. Foss, presidingSESSION HG: JET SCREECH
Tuesday morning, 22 November 1994
Flag Room at 8:00
E. Gutmark, presidingSESSION HH: TURBULENCE MODELING IV
Tuesday morning, 22 November 1994
Peachtree Battle Room at 8:00
J. Ferziger, presidingSESSION HI: TURBULENCE THEORY III
Tuesday morning, 22 November 1994
Peachtree Park Room at 8:00
K. Sreenivasan, presidingSESSION HJ: WAVES II
Tuesday morning, 22 November 1994
Henry Room at 8:00
T. Akylas, presidingSESSION HK: MULTI-PHASE FLOW II
Tuesday morning, 22 November 1994
Grady Room at 8:00
E. Meiburg, presiding