| Part 1, Pages 1 - 57, 3.87 MB |
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Technical Session 1 – Fluid Mechanics I – Fundamental Properties |
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1. |
Viscosity of Colloidal Suspensions |
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E.G.D. Cohen (The Rockefeller Univ., New York) and I.M. de Schepper (Delft University of Technology, The Netherlands) |
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2. |
Gelation Under Shear |
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B.D. Butler, H.J.M. Hanley, G.C. Straty, and C.D. Muzny (NIST, Boulder, CO) |
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3. |
Transport Properties of Porous Media From The Microstructure |
15 |
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S. Torquato (Princeton University, Princeton, N.J.) |
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Technical Session 2 – Fluid Mechanics II – Two-Phase Flow |
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4. |
NMR Studies of Multiphase Flows. II. |
23 |
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S.A. Altobelli, A. Caprihan, E. Fukushima, I.J. Lowe, and L.Z. Wang (The Lovelace Inst., Albuquerque, NM) |
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5. |
Initiation of Slug Flow |
31 |
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T.J. Hanratty and B.D. Woods (Univ. of Illinois, Urbana, IL) |
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6. |
The Drift Force On An Object In An Inviscid Weakly-Varying Rotational Flow |
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G. B. Wallis (Dartmouth College, Hanover, NH) |
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Technical Session 3 – Thermal Processes |
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7. |
Active Control of Convection |
49 |
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H.H Bau (Univ. of Pennsylvania, Philadelphia, PA) |
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| Part 2, Pages 58 - 139, 5.12 MB |
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8. |
Effect of Steady and Time-Harmonic Magnetic Fields On Macrosegregation In Alloy Solidification |
58 |
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F.P. Incropera and P.J. Prescott (Purdue U., W. Lafayette, IN) |
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9. |
Theoretical Modeling of CHF For Near-Saturated Pool Boiling And Flow Boiling From Short Heaters Using The Interfacial Lift-Off Criterion |
67 |
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I. Mudawar, J.E. Galloway, C.O. Gersey, S.J. Reed, and D.D. Hall (Purdue Univ., W. Lafayette, IN) |
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10. |
Short-Pulse Laser Interactions With Disordered Materials and Liquids |
69 |
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L.M. Phinney, C.H. Longtin, and C.-L., Tien (Univ. of California, Berkeley, CA) |
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Technical Session 4 – Fluid Mechanics III |
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11. |
Studies On The Formulation of Thermodynamics And Stochastic Theory For Systems Far From Equilibrium |
91 |
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J. Ross (Stanford Univ., Stanford, CA) |
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12. |
Linear Kinetic Theory And Particle Transport In Stochastic Mixtures |
96 |
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G.C. Pomraning (UCLA, Los Angeles, CA) |
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13. |
Dynamics of Miscible Displacements In Round Tubes |
104 |
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E. Meiburg, T. Maxworthy, P. Petijeans, and C.-Y. Chen. (Univ. of Southern California, Los Angeles, CA) |
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14. |
Superconducting Coherence In A Vortex Line Liquid |
112 |
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T. Chen and S. Teitel (Univ. of Rochester, Rochester, N.Y.) |
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Technical Session 5 – Process Analysis and Control |
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15. |
Systematic Process Synthesis And Design Methods For Cost Effective Waste Minimization |
120 |
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L.T. Biegler, I.E. Grossman, and A.W. Westerberg (Carnegie Melton Univ., Pittsburgh, PA) |
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16. |
Integrated Approaches To The Application of Advanced Modeling Technology In Process Development And Optimization |
131 |
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R.J. Allgor, W.F. Feehery, J.E. Tolsma, L.B. Evans, and P.I. Barton (MIT, Cambridge, MA) |
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| Part 3, Pages 140 - 208, 4.55 MB |
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17. |
Intelligent Control of Mixed-Culture Bioprocesses |
140 |
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D.L. Stoner, E.D. Larsen, K.S. Miller, G.F. Andrews, and J.A. Johnson (INEL, Idaho Falls, ID) |
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18. |
Control of Complex Dynamics And Chaos In Distributed Parameter Systems |
148 |
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S. Chakravarti, M. Marek, and W.H. Ray (Univ. of Wisconsin, Madison, WI) |
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Technical Session 6 – Fluid Mechanics IV: Turbulence |
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19. |
Turbulence Generation by Waves |
156 |
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D. Kaftori, X.S. Nan, and S. Banerjee (Univ. of California, Santa Barbara, CA) |
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20. |
Numerical Simulation of High Reynolds Number Bubble Motion |
164 |
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J. B. McLaughlin (Clarkson Univ., Potsdam, NY) |
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21. |
Structure And Modeling of Turbulence |
172 |
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E. A. Novikov (Univ. of Calif., San Diego, CA) |
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22. |
Contaminant Dispersal In Bounded Turbulent Shear Flow |
177 |
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J.M Wallace, P.S. Bernard, K. –F. Chiang, and L. Ong (Univ. of Maryland, College Park, MD) |
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23. |
Anomalous Scaling of A Scalar Field Advected by Turbulence |
186 |
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R. H. Kraichnan (R.H. Kraichnan, Inc., Santa Fe, NM) |
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Technical Session 7 – Fluid Mechanics V: Chaos |
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24. |
Convection In A Nematic Liquid Crystal With Homeotropic Alignment And Heated From Below |
192 |
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G. Ahlers (Univ. of California, Santa Barbara, CA) |
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25. |
Modeling of Mixing Processes: Fluids, Particulates, and Powders |
202 |
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J.M. Ottino and S. Hansen (Northwestern Univ., Evanston, IL) |
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| Part 4, Pages 209 - 275, 4.24 MB |
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26. |
Spatiotemporal Patterns In A Reaction-Diffusion System And In A Vibrated Granular Bed |
209 |
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H.L. Swinney, K.J. Lee, W.D. McCormick, F. Melo, and P. Umbanhowar (Univ. of Texas, Austin, TX) |
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Technical Session 8 – Materials Issues |
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27. |
Deformation And Crack Growth Response Under Cyclic Creep Conditions |
216 |
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F.W. Brust, Jr. (Battelle Mem. Inst., Columbus, OH) |
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28. |
Advanced Laser Diagnostics For Diamond Deposition Research |
225 |
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C.H. Kruger, T.G. Owano, and E. H. Wahl (Stanford Univ., Stanford, CA) |
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29. |
Physical Models of Polarization Mode Dispersion |
233 |
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C.R. Menyuk and P.K.A. Wahl (Univ. of Maryland, Baltimore, MD) |
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30. |
Conditions For Synchronization In Josephson-Junction Arrays |
241 |
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A.A. Chernikov and G. Schmidt (Stevens Inst. of Tech., Hoboken, NJ) |
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Technical Session 9 – Plasma Processes |
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31. |
Modeling Electronegative Plasma Discharge |
247 |
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A. J. Lichtenberg and M.A. Lieberman. (Univ. of California, Berkeley, CA) |
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32. |
Plasma Characterization Studies For Materials Processing |
256 |
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E. Pfender and J. Heberlein (Univ. of Minnesota, Minneapolis, MN) |
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33. |
Hydrodynamic Theory of Diffusion In Two-Temperature Multicomponent Plasmas |
263 |
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J. Ramshaw and C.H. Chang (INEL, Idaho Falls, ID) |
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