Program overview

SUNDAY, 23 NOVEMBER 1997

15:50 Ca.01 Structural Features of Multiple Jets in Crossflow

C. A. Hale, D. R. Roberts, M. W. Plesniak, S. Ramadhayani (Purdue University)

16:03 Ca.02 Structural Dynamics of a Confined Rectangular Jet in Crossflow

D. M. Cusano, M. W. Plesniak (Purdue University)

16:16 Ca.03 A Model for the Passive Scalar Dispersion in Accelerating Jets

Q. Zhang, H. Johari (Worcester Polytechnic Institute)

16:29 Ca.04 Measurements of the Turbulent Transverse Jet using DPIV

D.M. Kuzo (California Institute of Technology)

16:42 Ca.05 Penetration and Mixing of a Pulsed Turbulent Jet

M. Pacheco-Tougas, H. Johari (), J.C. Hermanson (Worcester Polytechnic Institute)

16:55 Ca.06 Velocity Fluctuations in a Turbulent Soap Film: Scaling, Intermittency, and the Third Moment.

W. I. Goldburg, A. Belmonte, B. Martin, X-L. Wu (Dept.~of Physics, University of Pittsburgh)

17:08 Ca.07 Experimental Study of Taylor's Hypothesis in a Turbulent Soap Film.

A. Belmonte, B. Martin, W. I. Goldburg, X-L. Wu (Dept.~of Physics, University of Pittsburgh)

17:21 Ca.08 Three-Dimensional Numerical Simulation of Compressible Plane Jets

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

17:34 Ca.09 Adaptive Correction of Optical Beam Jitter Produced by a Turbulent Jet

C.R. Truman (U. New Mexico), L. McMackin (AF Phillips Lab.), R.E. Pierson, K.P. Bishop, E.Y. Chen (ATA Inc.)

17:47 Ca.10 Direct Numerical Simulation of Spatially Developing Planar Jets

Scott Stanley, Sutanu Sarkar (University of California, San Diego)

15:50 Cb.01 Characteristics of Turbulent Flow Simulated Via a Vortex Method

Peter S. Bernard (University of Maryland)

16:03 Cb.02 Approximate Wall Boundary Conditions in Simulations of Separated Flows

William Cabot, Jeffrey Baggett (\urllinkCenter for Turbulence Research http://www-fpc.stanford.edu/CTR/welcome.html, Stanford)

16:16 Cb.03 Application of mixed SGS models to separated flows

Fabrizio Sarghini, Ugo Piomelli (Dept.~of Mechanical Engineering, University of Maryland, College Park, MD 20742), Craig L. Streett (NASA Langley Research Center, Hampton, VA 23681)

16:29 Cb.04 Self-similar filter for the dynamic procedure

Daniele Carati, Eric Vanden Eijnden (ULB)

16:42 Cb.05 Applications of B-spline Methodology to Three-Dimensional Simulations of Flow over a Cylinder

Arthur Kravchenko, Parviz Moin, Karim Shariff (CTR, Stanford University and NASA-Ames Research Center)

16:55 Cb.06 Subgrid-scale acceleration in the atmospheric surface layer

C. Tong, S. Khanna, J.C. Wyngaard (Penn State University)

17:08 Cb.07 High order finite difference schemes with good spectral resolution

Krishnan Mahesh (Center for Turbulence Research, Stanford University)

17:21 Cb.08 Performance of Smagorinsky and dynamic models in near surface turbulence

James G. Brasseur, Anurag Juneja (Penn State University)

17:34 Cb.09 DNS of Turbulent Flow over a Modeled Riblet Surface

Tai-Chang Tuan, David B. Goldstein (University of Texas at Austin)

17:47 Cb.10 Temporal Eigenfunctions of Vorticity in Decaying Isotropic Turbulence

Haralambos Marmanis, G. Em. Karniadakis (Brown University)

15:50 Cc.01 Numerical Simulation of Hydrodynamic Instabilities in Viscoelastic Free Shear Layers

Satish Kumar, G.M. Homsy (Stanford University)

16:03 Cc.02 Three-Dimensional Instability of Viscoelastic Elliptic Vortices

H. Haj-Hariri (U. of Virginia), G. M. Homsy (Stanford U.)

16:16 Cc.03 Mode selection in liquid-gas shear layer instability.

L. Raynal, E. Villermaux, E.J. Hopfinger (LEGI/IMG-CNRS, BP53X 38041 Grenoble, France)

16:29 Cc.04 Perturbed vs. plain plane Couette flow

Dwight Barkley (University of Warwick, UK), Laurette Tuckerman (LIMSI-CNRS)

16:42 Cc.05 Direct Numerical Simulation of Two--Dimensional Incompressible Laminar Flow over Stratford Ramp

H.L. Zhang, H.F. Fasel (University of Arizona)

16:55 Cc.06 The Nonlinear Stability of a \tanh^3y Mixing Layer

Simal Saujani, Roland Mallier (University of Western Ontario)

17:08 Cc.07 Finite amplitude rotational waves in viscous shear flows

W.R.C. Phillips (University of Illinois at Urbana-Champaign)

17:21 Cc.08 Inviscid Instability Characteristics of Curved Wake-Dominated Free Shear Layers

Mei Zhuang (Michigan State University)

17:34 Cc.09 Spanwise Periodic Mean Flow Generated by Nonlinear Interaction Between Oblique Instability Waves

Sang Soo Lee (NYMA, Inc.)

17:47 Cc.10 Viscous and inviscid instabilities of flow along a streamwise corner

Scott Parker, S. Balachandar (University of Illinois)

15:50 Cd.01 Similarity solutions for film rupture on a plate

W. Zhang (Harvard University), J.R. Lister (Cambridge University)

16:03 Cd.02 Rupture by Van der Waals Forces

Dmitri Vaynblat, Michael Brenner (Dept. of Mathematics, MIT), John Lister (DAMPT, University of Cambridge), Thomas Witelski (Dept. of Mathematics, MIT)

16:16 Cd.03 A Positivity Preserving Finite Difference Scheme for Thin Film Equations

Liya Zhornitskaya, Andrea Bertozzi (Duke University)

16:29 Cd.04 Long-wave intabilities and saturation in thin film equations: scaling theory, Lyapunov functions, and weak solutions.

Mary Pugh (Department of Mathematics, University of Pennsylvania), Andrea Bertozzi (Department of Mathematics, Duke University)

16:42 Cd.05 Long-wave instabilities and blowup in thin film equations: computational results.

Andrea Bertozzi (Department of Mathematics, Duke University), Mary Pugh (Department of Mathematics, University of Pennsylvania)

16:55 Cd.06 Mathematical Modeling and Numerical Simulation of Coating Flows over Curved Surfaces

R.V. Roy, L. W. Schwartz (University of Delaware)

17:08 Cd.07 Axial Instability of Coating Flow in a Horizontal Rotating Cylinder

A.\ E.\ Hosoi (The University of Chicago), L.\ Mahadevan (Massachusetts Institute of Technology)

17:21 Cd.08 Two-Dimensional Flows in Langmuir Monolayers : Optical and Rheological Study.

Rajesh Ghaskadvi, Michael Dennin (UC Irvine Department of Physics and Astronomy)

17:34 Cd.09 Stability of Liquid Layers with Blowing

M. A. Karabeyoglu (Stanford University), D. Altman (UTC/CSD), B. J. Cantwell (Stanford University)

17:47 Cd.10 Capillary effects at newly formed liquid-liquid contacts

Martin Rein (DLR-Institute of Fluid Mechanics, Göttingen, Germany)

15:50 Ce.01 Experimental evaluation of time-dependent fluid-dynamic forces

Flavio Noca, Doug Shiels, David Jeon (California Institute of Technology)

16:03 Ce.02 Vortex-Induced Vibrations of Pivoted Cylinders

Fred L. Haan Jr. (University of Notre Dame), Sathish Balasubramanian (University of Miami), Albin A. Szewczyk (University of Notre Dame)

16:16 Ce.03 Ramp started circular cylinder: effects on the "formation number"

David Jeon, Morteza Gharib (GALCIT-Caltech)

16:29 Ce.04 Experimental and Numerical Study of a Transitional Two-Dimensional Separation Bubble

A. A. Bakchinov, C. P. Häggmark, P. H. Alfredsson, C. Hildings, D. S. Henningson (Department of Mechanics, KTH, Sweden)

16:42 Ce.05 Study of Oscillatory Rotation of a Circular Cylinder as a Flow Control Mechanism

Doug Shiels, Anthony Leonard (California Institute of Technology)

16:55 Ce.06 Inviscid Separated Flows with Cusped Infinitely-long Stagnation Zones

C.I. Christov (Dept Chemical Engineering, Stanford University and Institute of Meteorology amp; Hydrology of Bulgarian Academy of Sciences)

17:08 Ce.07 Wake structure of a rectangular cylinder with critical section and mechanism of low-speed galloping

Tetsuro Tamura, Yoshiaki Itoh (Tokyo Institute of Technology)

17:21 Ce.08 Multipoint Measurements in an Axisymmetric Sudden Expansion

Erroll Eaton (Clarkson University,Potsdam NY 13699), Daniel R. Cole, Mark N Glauser (Clarkson University)

17:34 Ce.09 MODIFICATION OF THE AERODYNAMIC CHARACTERISTICS OF BLUFF BODIES USING SYNTHETIC JET ACTUATORS

Michael Amitay, Andrew Honohan, Ari Glezer (Georgia Institute of Technology)

17:47 Ce.10 \!\!\!\! Vortex-induced Vibration and Vortex Lock-in.

Mohammad R. Gharib, Anthony Leonard (California Institute of Technology)

15:50 Cf.01 Dynamics of Drop Formation in an Electric Field

P. K. Notz, J. S. Kim, O. A. Basaran (Purdue University)

16:03 Cf.02 Effect of a Tangential Electric Field on the Deformation and Breakup of a Stretching Bridge of a Perfectly Insulating Liquid

J. S. Kim, O. A. Basaran (Purdue University)

16:16 Cf.03 The Visualization of Flows within and Outside of Acoustically Trapped Air Bubbles in Water

Eugene Trinh (JPL/Caltech)

16:29 Cf.04 The influence of liquid temperature on the sonoluminescence hot spot

Vi Q. Vuong (University of California, Irvine), Marios M. Fyrillas (University of Cyprus), Andrew J. Szeri (University of California, Berkeley)

16:42 Cf.05 Nonlinear Oscillations of Two-Dimensional Drops with Surface Rheology

B.M. Rush, A. Nadim (Boston University)

16:55 Cf.06 Shock formation within sonoluminescence bubbles

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

17:08 Cf.07 Propagation of a Topological Transition: the Rayleigh Instability

Thomas R. Powers (University of Arizona), Dengfu Zhang (Harvard University), Raymond E. Goldstein (University of Arizona), Howard A. Stone (Harvard University)

17:21 Cf.08 The Extension of the Stagnant Cap Limit to Strongly Deformed Axisymmetric Drops: The Impact of Insoluble Monolayer Saturation

Charles Eggleton, Kathleen Stebe (Johns Hopkins University)

17:34 Cf.09 DNS of many three-dimensional bubbles

Bernard Bunner, Gretar Tryggvason (University of Michigan)

17:47 Cf.10 Cone-Jet analytical extension of Taylor's electrostatic solution. The asymptotic universal scaling laws in electrospraying of liquids.

Alfonso M. Gañán-Calvo (Universidad de Sevilla)

15:50 Cg.01 Interaction of turbulent shear flows with a free surface

Patrice Maheo, Morteza Gharib (Graduate Aeronautical Laboratories, California Institute of Technology)

16:03 Cg.02 The study of Large Eddy Simulation models using Digital Particle Image Velocimetry

Bradley Dooley, Morteza Gharib (Graduate Aeronautical Laboratories, California Institute of Technology)

16:16 Cg.03 Grid Turbulence Interaction with a Free Surface

Haitao Huang (Graduate Aeronautical Laboratories of California Institute of Technology)

16:29 Cg.04 Experimental Study of the Wake Behind a Surface-Piercing Cylinder for a Clean and Contaminated Free Surface

Amy Warncke Lang, Morteza Gharib (Caltech)

16:42 Cg.05 On The Correlation Of The Free-Surface Roughness With The Near-Surface Turbulence

Dana Dabiri (GALCIT)

16:55 Cg.06 Turbulent Shear Flow near A Free Surface

Lian Shen, Xiang Zhang, Dick K.P. Yue (MIT), George S. Triantafyllou (Levich Institute)

17:08 Cg.07 On the Generation of Vorticity at a Free Surface

Thomas Lundgren (University of Minnesota), Petros Koumoutsakos (CTR, NASA/Ames; IFD, ETH, Zurich Switzerland)

17:21 Cg.08 Free Surface Velocity and Elevation Measurement Techniques as = Applied to the Interaction of a Vortex Pair with a Contaiminated = Interface.

J. P. Mortzheim, J. D. Gayton, A. Hirsa (Rensselaer Poly. Inst.)

17:34 Cg.09 Nonlinear Wave Radiation and Diffraction by a Near-Surface Body,

P. Ananthakrishnan (Florida Atlantic University)

17:47 Cg.10 Thermal Signature of Turbulence at a Free Surface

R. A. Handler, J. R. Saylor, R. I. Leighton (Naval Research Laboratory)

15:50 Ch.01 Multiple solutions with the same boundary conditions

J. A. Whitehead (Woods Hole Oceanographic Institution)

16:03 Ch.02 Spin-up of a Rayleigh-Bénard cell.

Peter Vorobieff, Robert Ecke (Los Alamos National Laboratory)

16:16 Ch.03 Turbulence in rotating Rayleigh-Bénard convection

Yuanming Liu, Peter Vorobieff, Robert Ecke (Los Alamos National Laboratory)

16:29 Ch.04 One-Dimensional Stochastic Simulation of Staircase Development in Turbulent Double-Diffusive Convection.

Alan R. Kerstein (Sandia National Laboratories, Livermore, CA)

16:42 Ch.05 Influence of non-Boussinesq effects on patterns in salt-finger convection

Yuriko Renardy, Michael Renardy (Dept. of Mathematics, Virginia Tech, Blacksburg, VA 24061-0123)

16:55 Ch.06 The coupling between penetrative convection and internal waves

M. Michaelian, T. Maxworthy, L. G. Redekopp (University of Southern California)

17:08 Ch.07 Rotational effects on localized buoyancy driven convection

H. Nassef, T. Maxworthy (University of Southern California)

17:21 Ch.08 A Thermal Wind in Pancake Vortices in a Stably Stratified Flow

D. M. Kidani, P. S. Marcus (University of California, Berkeley)

17:34 Ch.09 Persistence of Mean Flows in Turbulent Non-Penetrative Thermal Convection

Ajay K. Prasad (Department of Mechanical Engineering, University of Delaware)

17:47 Ch.10 Penetrative convection and the breakup of a magnetic layer

Nicholas Brummell, Thomas Clune, Steven Tobias, Juri Toomre (JILA, University of Colorado, Boulder)

15:50 Ci.01 A Numerical Study of a Vortex Sheet Model for Vortex Rings

Keith Lindsay (Claremont Graduate School), Robert Krasny (University of Michigan)

16:03 Ci.02 Structure and Dynamics of Vortex Rings Exiting Inclined Orifices

D.R. Webster, E.K. Longmire (University of Minnesota)

16:16 Ci.03 Vortex Sheet Evolution in Three Dimensions

Mark Brady, Anthony Leonard, Dale Pullin (California Institute of Technology)

16:29 Ci.04 The interaction of two slender vortex rings and their generated sound

K. Ishii (Dept. Comp. Sci. Eng., Nagoya Univ.,), S. Adachi (RIKEN,Wako,351-01)

16:42 Ci.05 The Vortex Ring Structure of a Bursting Bubble

James H.J. Buchholz, Lorenz W. Sigurdson (Dept. of Mechanical Engineering, University of Alberta, Edmonton, AB, Canada)

16:55 Ci.06 A Dynamic Lagrangian Large Eddy Simulation Scheme for the Vorticity Transport Equation

John Mansfield, Omar Knio, Charles Meneveau (Department of Mechanical Engineering, Johns Hopkins University)

17:08 Ci.07 Core dynamics instability of a vortex in shear: a prototypical cascade mechanism

D. S. Pradeep, Fazle Hussain, Wade Schoppa (Univ. of Houston)

17:21 Ci.08 Dynamics of Co-rotating Vortex Pairs in the Wakes of Flapped Airfoils

A. L. Chen (University of California at Berkeley), J. D. Jacob (University of Kentucky), O. Savas (University of California at Berkeley)

17:34 Ci.09 Nonlinear stability, energy exchange and solitons on vortex cores

Kamran Eftekhari, Ernst W. Mayer (\urllinkDept. of Mechanical and Aerospace Engineering http://k2.scl.cwru.edu/cse/emae, \urllinkCase Western Reserve Universityhttp://www.cwru.edu)

17:47 Ci.10 Long's Vortex Revisited

Sih-Tsan Lee, Ernst W. Mayer (\urllinkDept. of Mechanical and Aerospace Engineering http://k2.scl.cwru.edu/cse/emae, \urllinkCase Western Reserve Universityhttp://www.cwru.edu)

15:50 Cj.01 Holographic PIV for the Study of Turbulent Pipe Flow

Kenneth T. Christensen, Ronald J. Adrian (University of Illinois at Urbana-Champaign), Koichi Nishino (Yokohama National University, Japan)

16:03 Cj.02 Distortion Compensation for Generalized Stereoscopic Particle Image Velocimetry

Steven M. Soloff, Ronald J. Adrian, Zi-Chao Liu (University of Illinois at Urbana-Champaign)

16:16 Cj.03 Advanced Off-axis Holographic Particle Image Velocimetry (HPIV) System

Y. Pu, Z. Huang, H. Meng (Laser Flow Diagnostics Lab, Mechanical Engineering Department, Kansas State University)

16:29 Cj.04 Development of A Low Cost Automatic Holographic PIV System using In-line Recording Off-axis Viewing (IROV) with Artificial Intelligence (AI) Data Processing

J. Sheng, R. Elavarasan, H. Meng (Laser Flow Diagnostics, Mechanical Engineering Department, Kansas State University)

Cj.05

16:42 Cj.06 Particle Image Velocimetry for Microfluidics

Carl Meinhart, Richard Chiu (University of California - Santa Barbara), Juan Santiago (University of Illinois)

16:55 Cj.07 Turbulent Flow Investigations Using High Resolution Planar Holographic Particle Image Velocimetry

J. Kostas, J. Soria (Monash University, AUSTRALIA), A. Lozano (LITEC-CSIC, SPAIN)

17:08 Cj.08 Measurement of Velocity Field Spectra by means of PIV

B. Alkislar, L. Lourenco (Department of Mechanical Engineering, Florida Aamp;M University and Florida State University)

17:21 Cj.09 Developments Of A Large Scale Three-Dimensional Particle Image Velocimetry System

S.M. Walker (Stanford University), L. Lourenco, A. Krothapalli (FSU)

17:34 Cj.10 Studying turbulence and subgrid-scale motion using three-dimensional holographic PIV measurements

Bo Tao, Joseph Katz, Charles Meneveau (Department of Mechanical Engineering and Center for Environmental and Applied Fluid Mechanics, The Johns Hopkins University)