|
Part 1 |
|
1. |
Technical
Session 1 –
Superconductors |
|
1.1 |
Photothermal
Measurements of
Superconductors. G.S.
Kino, W.R. Studenmund,
and I. M. Fishman
(Stanford University) |
1 |
|
1.2 |
Scanned
Probe Microscopy For
Thin Film Superconductor
Development. J.
Moreland (NIST) |
9 |
|
1.3 |
Protection of High
Temperature
Superconducting
Thin-Films in a
Semiconductor Processing
Environment. Y. Xu, R.
Fiske, S.C. Sanders and
J.W. Ekin. (NIST) |
17 |
|
1.4 |
Calculation and
Measurement of the
Critical State in
Superconducting Tapes.
K. L. Telschow and L. S.
Koo (INEL) |
27 |
|
2. |
Technical
Session 2 – Materials I |
|
2.1 |
Surface
and Defect Morphologies
in Anisotropic Elastic
and Piezoelectric
Solids. H. Gao and D. M.
Barnett (Stanford
University) |
35 |
|
2.2 |
Elastic-Plastic Fracture
Mechanics of
Strength-Mismatching.
D. M. Park, S. Ganti, and
F. A. McClintock (MIT) |
43 |
|
Part 2 |
| |
2.3 |
Damage
Mechanics – Failure
Modes. D. Krajcinovic
and M. Vujosevic
(Arizona State
University) |
52 |
|
3. |
Technical
Session 3 – Materials II |
|
3.1 |
T*
Integral Analysis of
Fracture Specimens. Y.
Omori (University of
Washington) K. Perry,
Jr., J. S. Epstein (INEL),
L. Ma (University of
Washington), H. Okada,
S. N. Alturi (Georgia
Institute of
Technology), and A. S.
Kobayashi (University Of
Washington) |
60 |
|
3.2 |
Microscopic Interfacial
Phenomena during Flow in
Porous Media. M. J.
Miksis and M.P. Ida
(Northwestern
University) |
67 |
|
3.3 |
Determination of
Near-Surface Material
Properties by Line-Focus
Acoustic Microscopy. J.
D. Achenbach and W. Li
(Northwestern
University) |
75 |
|
3.4 |
Cryotribology of Diamond
and Graphite. Y. Iwasa,
A. Ashaboglu, and E. R.
Rabinowicz (MIT) |
83 |
|
4. |
Technical
Session 4 – Controls |
|
4.1 |
The
Temporal Nature of
Forces Acting On Metal
Drops in Gas Metal Arc
Welding. L.A. Jones,
T.W. Eagar, and J.H.
Lang (MIT) |
91 |
|
4.2 |
Partial
Control of Complex
Systems with Application
to the Fluidized
Catalytic Cracker. I.H.
Rinard and R. Shinnar
(City College of CUNY) |
98 |
|
4.3 |
Non-Linear System
Identification in
Flow-Induced Vibration.
P.D. Spanos, B.A. Zeldin
(Rice University), and
R. Lu (Hudson
Engineering Corporation) |
106 |
|
Part 3 |
| |
4.4 |
Nonlinear
Diffusion and
Superconducting
Hysteresis. I.D.
Mayergoyz (University of
Maryland) |
114 |
|
5. |
Technical
Session 5 – Fluid
Mechanics I |
|
5.1 |
Microstructure and
Momentum Transport in
Concentrated
Suspensions. L.A. Mondy
(Sandia National
Laboratories), A.L.
Graham (Los Alamos
National Laboratory), H.
Brenner (MIT) |
124 |
|
5.2 |
Shear-Induced Particle
Diffusion and Its Effect
on the Flow of
Concentrated Suspensions
A. Acrivos (City College
of CUNY) |
136 |
|
5.3 |
New
Developments in the
Theory of Flame
Propagation. G.I.
Sivashinsky (City
College of CUNY) |
142 |
|
5.4 |
One-Dimensional
Turbulence. A.R.
Kerstein (Sandia
National Laboratories) |
150 |
|
6. |
Technical
Session 6 – Fluid
Mechanics II |
|
6.1 |
Coupled
Particle Dispersion By
Three-Dimensional Vortex
Structures. T.R. Troutt,
J.N. Chung, and C.T.
Crowe (Washington State
University) |
158 |
|
6.2 |
Experimental Studies of
Reynolds Number
Dependence of Turbulent
Mixing and Transport.
Z. Warhaft (Cornel
University) |
166 |
|
Part 4 |
| |
6.3 |
Conduction in
Non-Uniform Composites.
A. Prosperetti and M.
Marchioro. (The Johns
Hopkins University) |
174 |
|
7. |
Technical
Session 7 – Thin Films |
|
7.1 |
Film
Flows and Self-Organized
Patterns of 2-D
Localized Structures.
A.L Frenkel (University
of Alabama) |
182 |
|
7.2 |
2-D
Traveling-Wave Patterns
In Binary Fluid
Convection. C.M. Surko
and A. La Porta
(University Of
California, San Diego) |
191 |
|
7.3 |
Image
Processing Techniques
For Measuring
Non-uniform Film
Thickness Profiles. S.V.
Nitta, A-H. Liu, J.L.
Plawsky, and P.C. Wayner,
Jr. (Rensselaer
Polytechnic Institute) |
199 |
|
7.4 |
Kinetic
Analysis of Complex
Metabolic Networks. G.
Stephanopoulos (MIT) |
207 |
