Program overview

MONDAY, 24 NOVEMBER 1997

07:30 Da.01 A Study of Air Damping to the Decay of 2D Turbulence in Freely Suspended Films

X.L. Wu, B. Martin, W.I. Goldburg (University of Pittsburgh), M. Rutgers (Ohio State University)

07:43 Da.02 Three-Dimensional Space-Time Structure of Turbulent Jets

Jerry W. Shan, David H. Laidlaw, Galen G. Gornowicz, Daniel B. Lang, Paul E. Dimotakis (California Institute of Technology)

07:56 Da.03 Turbulent Coherence Measurements on a Leading Edge Slat

Patrick J. Moriarty (Stanford University), Bruce L. Storms (Sterling Federal Systems), James C. Ross, W. Clifton Horne (NASA Ames Research Center), Robert P. Dougherty (The Boeing Corporation)

08:09 Da.04 Flapping Motion in a 2-D Jet

Richard M. Lueptow, Oliver V. Atassi (Northwestern University)

08:22 Da.05 DPIV and hot-film measurements in the near wake of an osciallating cylinnder

P. Atsavapranee, T. Wei (Rutgers University)

08:35 Da.06 Fluid-structure interaction of an oscillating cylinder

A.M. Richard, P. Atsavapranee (), T. Wei (Rutgers University)

08:48 Da.07 Experiments to Identify Coherent Structure in a Coflowing Round Jet

R. D. James, F. H. Champagne, J. W. Jacobs (The University of Arizona)

09:01 Da.08 A New Constitutive Theory for Material Coupling in Two-Phase Flow

David Saltz, James Glimm (The University at Stony Brook, Stony Brook, NY 11794-3600), David H. Sharp (Los Alamos National Laboratory, Los Alamos, NM 87545)

09:14 Da.09 Frequency Lock-in Regions for Freely Oscillating Cylinders.

J. Mihailovic, T. C. Corke, C. F. Jines, D. R. Williams (Ill. Inst. of Tech.)

09:27 Da.10 The dynamics, instability and breakup modes of liquid threads surrounded by a faster gas stream.

A. M. Gañán-Calvo, J. M. Gordillo, M. Pérez--Saborid, A. Barrero (Universidad de Sevilla)

07:30 Db.01 The viscous-convective subrange in nonstationary turbulence

Jeffrey R. Chasnov (The Hong Kong University of Science and Technology)

07:43 Db.02 Further experiments investigating passive scalar anisotropy

L. Mydlarski, Z. Warhaft (Cornell University)

07:56 Db.03 Anisotropy of turbulence in simple shear flow

S. Garg, Z. Warhaft (Cornell University)

08:09 Db.04 Contaminant Dispersion from a Line Source at the Wall of a Turbulent Boundary Layer.

K.-F. Chiang, L. Ong, J. Wallace (University of Maryland, College Park.)

Db.05

08:22 Db.06 A Multi-Scale PDF Model for Differential Diffusion of Inert Scalars in Homogeneous Turbulence

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

08:35 Db.07 Scalar fluctuation PDF's shape and molecular diffusivity in transient turbulent mixing.

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

08:48 Db.08 Scalar Dispersion in a Perturbed Channel Flow

Carl U. Buice, John K. Eaton (Stanford University)

09:01 Db.09 Vortex Shedding Downstream of a Flat Plate and a Flat Plate Array

D.W. Guillaume, J.C. LaRue (UCI)

09:14 Db.10 Turbulent Flow Structure in a High Reynolds Number Pipe Flow

D.R. Williams, A.J. Smits (Princeton)

07:30 Dc.01 Leading-Edge Receptivity to Oblique Acoustic Waves

Helen Reed (Arizona State University)

07:43 Dc.02 Computation of Acoustic Receptivity for a Transition Experiment

S.S. Collis (Rice University), C.L. Streett (NASA LaRC)

07:56 Dc.03 Receptivity, linear and nonlinear stability of a laminar wall jet

Anatoli Tumin (Tel-Aviv University, Israel)

08:09 Dc.04 Theoretical and Experimental Comparisons of the Stability and Receptivity of Swept-Wing Boundary Layers

J.D. Crouch (Boeing), V.R. Gaponenko, A.V. Ivanov, Y.S. Kachanov (I.T.A.M.)

08:22 Dc.05 DNS of Boundary-layer Receptivity to Freestream Sound for 3-D Hypersonic Flows over a Parabolic Blunt Wedge

Xiaolin Zhong (Mechanical and Aerospace Engineering Department, University of California, Los Angeles)

08:35 Dc.06 Secondary Instability and Transition Predition for Swept Wing Boundary Layers

Meelan Choudhari, Fei Li, Mujeeb R. Malik (High Technology Corp., Hampton, VA 23666)

08:48 Dc.07 Flow Quality amp; Boundary Layer Transition.

J.H. Watmuff (MCAT Inc.), M. Tobak (NASA Ames Rsch. Ctr.)

09:01 Dc.08 Experiments on Stability and Transition at Mach 3

Paolo Graziosi, G.L. Brown (Princeton University)

09:14 Dc.09 Direct Numerical Simulation of Late Stages of Transition in a Flat Plate Boundary Layer

M.-R. Choi, H. Choi, S.-H. Kang (Seoul National University)

09:27 Dc.10 Direct Numerical Simulation of Transition to Turbulence in a Curved Channel Flow with Wall Roughness

Bradley Duncan (), Kirti Ghia (Member)

07:30 Dd.01 Nonlinear Rivulet Dynamics During Unstable Dynamic Wetting Flows

G.M. Homsy, D.T. Moyle, M.-S. Chen (Stanford University)

07:43 Dd.02 Experimental Study Of Rivulets

M.F.G. Johnson (Northwestern), R.A. Schluter, M.J. Miksis (), S.G. Bankoff (Northwestern Univ.)

07:56 Dd.03 Fingering instability on a prewetted plane

Y. Ye, H.-C. Chang (Department of Chemical Engineering, University of Notre Dame, Notre Dame, IN 46556)

08:09 Dd.04 Drainage of Thin Film with Deformable No-Slip Surface

R.J. Braun (University of Delaware), S.A. Snow, U.C. Pernisz (Dow Corning Corp.)

08:22 Dd.05 Hysteretic effects for droplets on mixed-wettable substrates

Leonard W. Schwartz (University of Delaware)

08:35 Dd.06 Spreading of liquid drops on heterogeneous surfaces

Marc Fermigier, Juan Fernandez, Patrice Jenffer (Laboratoire PMMH, ESPCI, Paris), Ralph Goodwin (Monsanto Corporation, Gonzalez, Florida)

08:48 Dd.07 Shape and stability of dry spots left inside a flowing film

Laurent Limat, Thomas Podgorski, Jean-Marc Flesselles, Patrice Jenffer (Laboratoire PMMH, ESPCI, Paris)

09:01 Dd.08 Direct Determination of Surface Dilatational Viscosity

A. Hirsa (Rensselaer Poly. Inst.), J. M. Lopez (Penn State), J. P. Mortzheim (Rensselaer Poly. Inst.)

09:14 Dd.09 An adaptive levelset method for computing solutions to incompressible two-phase flows.

Mark Sussman (UCDAVIS), LBNL Collaboration, Emad Fatemi (), Peter Smereka (Umich), Stan Osher (UCLA)

09:27 Dd.10 On the Hydroelastic Instability of Compliant Coatings

A.D. Lucey, P.W. Carpenter, J. Werle (Department of Engineering, University of Warwick, U.K.)

07:30 De.01 Navier-Stokes Solutions of Unsteady Separation Past a Moving Surface

Kevin W. Cassel (Illinois Institute of Technology)

07:43 De.02 Separation Control on a Thick Airfoil Using Synthetic Jet Actuators

Douglas R. Smith, Michael Amitay (Georgia Institute of Technology, Atlanta, GA 30332-0405), Valdis Kibens, David Parekh (The Boeing Company, St. Louis, MO 63166), Ari Glezer (Georgia Institute of Technology, Atlanta, GA 30332-0405)

07:56 De.03 Vortex shedding from rectangular plates in the presence of transverse perturbations - effect on base pressure

John Sheridan (Monash University), Richard Mills, Kerry Hourigan

08:09 De.04 Vortex dynamics and force resonances around structures in oscillating flows

C.H.K. Williamson, R. Govardhan, M. Peter, P. Hess, A. Brunot, S. Tangprasert (Cornell University)

08:22 De.05 On Lubrication with Comparable Viscous and Inertia Forces

S.K. Wilson, B.R. Duffy (University of Strathclyde, Glasgow, UK)

08:35 De.06 Exact Solution of Slip-Flow in Microbearings

Mohamed Gad-el-Hak, Jérôme Maureau, Mihir Sen (University of Notre Dame)

08:48 De.07 Analysis of Viscous Micropumps and Microturbines

David DeCourtye, Mihir Sen, Mohamed Gad-el-Hak (University of Notre Dame)

09:01 De.08 A Pseudospectral-Finite Difference Analysis for Thin-Film Fluid Lubrication Problems

Gita Talmage, Marc Carpino (The Pennsylvania State University)

09:14 De.09 Instantaneous Stokes flow in the apex of a fluid cone with a free surface.

Patrick Weidman, Vara Calmidi (University of Colorado at Boulder)

09:27 De.10 Rapid 0-g Flows in Containers with Interior Corners

Mark M. Weislogel (NASA Lewis Research Center), Seth Lichter (Northwestern U.)

07:30 Df.01 Simultaneous Effect of Vortex Advection and Temperature Stratification on Droplet Heating.

M. Masoudi, W.A. Sirignano (University of California, Irvine)

07:43 Df.02 Impact of a drop on a solid surface

C. Aigle, C. Clanet, M. Provansal (IRPHE Saint-Jerome U.M.R. 6944 CNRS 13397 Marseille Cedex20 FRANCE)

07:56 Df.03 Computations of the deformation and solidifcation of impinging liquid metal drops

Judy Che, Gretar Tryggvason, Steven Ceccio (University of Michigan)

08:09 Df.04 Evolution of the fingering pattern of an impacting drop

S. T. Thoroddsen (Department of Theoretical and Applied Mechanics, University of Illioins at Urbana-Champaign), Jun Sakakibara (Institute of Engineering Mechanics, University of Tsukuba, Tsukuba 305, Japan)

08:22 Df.05 Thermal Control of the Spreading of a Three-Dimensional Liquid Droplet.

Steven W. Benintendi, Marc K. Smith (Georgia Institute of Technology)

08:35 Df.06 A Combined MD/Continuum Simulation of Spreading Drops

Rick Clelland (Courant Institute of Mathematical Sciences, NYU), Andrea Bertozzi, Liya Zhornitskaya (Department of Mathematics, Duke University)

08:48 Df.07 Pressure waves in a highly viscous liquid containing gas bubbles

Masaharu Kameda (Tokyo Noko Univ.), Mie Ichihara (Univ. of Tokyo), Hiroshi Okunitani (Tokyo Noko Univ.)

09:01 Df.08 Numerical Simulation of Shock Propagation in Dilute Monodisperse Bubbly Liquids

J.J. Cartmell, A. Nadim, P.E. Barbone (Boston University)

09:14 Df.09 Numerical Modeling of Bubbly Cavitating Flows

T. Colonius, C. E. Brennen, F. d'Auria, A.T. Preston (Mechanical Engineering, California Institute of Technology)

09:27 Df.10 On the Glug-Glug of the bottle

C. Clanet, G. Searby (IRPHE - CNRS - FRANCE), E. Villermaux (LEGI - CNRS - FRANCE)

07:30 Dg.01 Convective Versus Absolute Instability in Mixed Rayleigh-Bénard-Poiseuille Convection

P.A. Monkewitz (EPF Lausanne, Switzerland), Ph. Carrière (EC Lyon, France)

07:43 Dg.02 Natural convection far downstream of a heat source on a solid wall.

F.J. Higuera (ETS Ingenieros Aeronáuticos), P.D. Weidman (Department of Mechanical Engineering, University of Colorado at Boulder)

07:56 Dg.03 Near Field of Starting Plumes

H. Johari (Worcester Polytechnic Institute), M. Gharib, D. Dabiri (California Institute of Technology)

08:09 Dg.04 Plume Formation During Natural Convection in A Hele-Shaw Cell

Craig C. Jahnke, Daniel T. Valentine, Tim Lilley (Clarkson University)

Dg.05 WITHDRAWN - The Effect of Stratification on the Buoyancy-Induced Boundary Layer

Josef Tanny (Center for Technological Education Holon, Israel), Jacob Cohen, Eli Naimark (Technion, Israel)

08:35 Dg.06 Magnetic control of Rayleigh-Bénard convection

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

08:48 Dg.07 Control of Flow Instabilities in a Free Convection Boundary Layer over a Heated, Inclined Flat Plate

Mark Trautman, Ari Glezer (Georgia Institute of Technology)

09:01 Dg.08 Thermocapillary-Coriolis Instabilities in Liquid Bridges

A. Zebib, C. Le Cunff (Rutgers University)

09:14 Dg.09 Oscillatory Thermocapillary Convection

J. Xu, A. Zebib (Rutgers University)

09:27 Dg.10 The Effects of Thermal Modulation Upon the Onset of Marangoni Convection

Robert E. Kelly (Dept. Mech. & Aerosp. Eng., UCLA)

07:30 Dh.01 The Interaction of Near-Critical Swirling Flows In a Pipe With Inlet Azimuthal Vorticity Perturbations

Zvi Rusak (Rensselaer Polytechnic Institute, Troy, New York)

07:43 Dh.02 The Nonlinear Evolution of Helical Perturbations in a Swirling Jet Model

James E. Martin (Christopher Newport U.), Eckart Meiburg (U. of Southern California)

07:56 Dh.03 Mechanism for Accelerating the Destruction of Aircraft Wake Vortices

Steven C. Rennich, Sanjiva K. Lele (Stanford University)

08:09 Dh.04 Destabilization of Trailing Wake Vortices

J. A. Barranco, P. S. Marcus (University of California, Berkeley)

08:22 Dh.05 Towing Tank Measurements of Vortex Sheet Roll-up from Rectangular Airfoils

Robert Bristol, Jason Ortega, Omer Savas (Mechanical Engineering Department, University of California, Berkeley)

08:35 Dh.06 Three-Dimensional Vortex Structure in the Near Wake of Rectangular Airfoils

Jason Ortega, Robert Bristol, Omer Savas (Mechanical Engineering Department, University of California, Berkeley)

08:48 Dh.07 Self--similar compressible free vortices

Karl D. von Ellenrieder, Brian J. Cantwell (Stanford University)

09:01 Dh.08 On the linear stability of a family of leading-edge-type vortices

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

09:14 Dh.09 Suction controlled vortex-stretching: experiments

Philippe Petitjeans (CNRS-France), Jean-Henry Robres (ESPCI-France), Jose-Eduardo Wesfreid (CNRS-France), Catalin D. Mitescu (Dept. of Physics, Pomona College,Claremont, CA)

09:27 Dh.10 Suction controlled vortex-stretching:=20 numerical simulations

Catalin D. Mitescu (Dept. of Physics, Pomona College,Claremont, CA), Philippe Petitjeans (CNRS-France)

07:30 Di.01 Thermoacoustic Waves in a Cavity

Bakhtier Farouk (Drexel University, Philadelphia, PA.), Elaine S. Oran (NRL, Washington, D.C.)

07:43 Di.02 Three-Dimensional, Unsteady, Acoustic-Shear Flow Dynamics in a Cylinder with Sidewall Mass Addition

P. L. Staab, D. R. Kassoy (Univ. of Colorado)

07:56 Di.03 Visualization of Mach Wave Radiation of a Mach 2 Jet

E. Barber, G. Buzyna, A. Krothapalli (Department of Mechanical Engineering, Florida Aamp;M University and Florida State University)

08:09 Di.04 The Acoustic Field Generated by Interaction of a Shear-Layer Instability Wave with the Downstream Lip of a Cavity

E. J. Kerschen (University of Arizona)

08:22 Di.05 Acoustic Analogy Evaluation for Multipole-Type Source of Forced Turbulence

Julia Whitmire, Sutanu Sarkar (University of California, San Diego)

08:35 Di.06 Simulation of Acoustic Scattering from General Rigid Bodies

P. J. Morris, O. A. Laik (Penn State University)

08:48 Di.07 Characterization of lean premixed gas turbine burners as acoustic multi-ports

C. O. Paschereit, W. Polifke (ABB Corporate Research Ltd., 5405 Baden, Switzerland)

09:01 Di.08 A closure for the compressibility of the source terms in Lighthill's acoustic analogy

J.R. Ristorcelli (ICASE, NASA Langley RC)

09:14 Di.09 Flap--edge flowfield measurements

John D. Pye, Brian J. Cantwell (Stanford University)

09:27 Di.10 Surface Waviness Influence on Submarine Sonic Boom Penetration

H.K. Cheng (HKC Research), C.J. Lee (USC)

07:30 Dj.01 Mixed B-spline --- Immersed Boundary Methods for Complex Geometries

Jamaludin Mohd Yusof (Center for Turbulence Research, Stanford), Arthur Kravchenko (Stanford University)

07:43 Dj.02 An Efficient Grid Generation Method for Arbitrary Domains

Melissa Orme, Changzheng Huang (UCI)

07:56 Dj.03 The Embedded Curved Boundary Method for Orthogonal Simulation Meshes.

C.S. Kueny, D.W. Hewett, S.A. Brown (Center for Computational Physics, Lawrence Livermore National Laboratory.)

08:09 Dj.04 Polar Coordinate Singularities in Pseudo-spectral and Finite Difference Schemes

Kamran Mohseni, Tim Colonius (Mechanical Engineering, California Institute of Technology)

08:22 Dj.05 An efficient and robust pseudospectral numerical simulation of flows within moderately complex flow geometries.

Costas D. Dimitropoulos, Antony N. Beris (Department of Chemical Engineering, University of Delaware)

08:35 Dj.06 On the Lattice Boltzmann Method in Curvilinear Coordinates

Renwei Mei, Wei Shyy (University of Florida)

08:48 Dj.07 Lattice Boltzmann Simulations of Three Dimensional Droplet Deformation and Breakup Under Shear Flow

Haowen Xi, Duncan Comer (Bowling Green State University, Bowling Green, OH)

09:01 Dj.08 Digital Physics Simulation of Turbulent Wall-Bounded Flows Using a Wall Model

Chris Teixeira (Exa Corporation)

09:14 Dj.09 A Least-Squares Finite Element Method for Large Eddy Simulation of Turbulent Flows

Tate T. H. Tsang, X. Ding (Department of Chemical and Materials Engineering, University of Kentucky, Lexington, KY 40506-0046)

09:27 Dj.10 Object Orientated Methods in Computational Fluid Dynamics.

Gavin Tabor, Henry Weller (Department of Mechanical Engineering, Imperial College, London, UK.), Hrvoje Jasak (Computational Dynamics, UK.), Christer Fureby (National Defense Research Establishment, Stockholm, Sweden)