| 1227 - 1234 |
Relationships Among Shear-Stress Jumps and High-Frequency Dynamic Viscosity of Viscoelastic Fluids
Gerhardt LJ, Manke CW |
| 1235 - 1250 |
On the Compatibility Between Various Macroscopic Formalisms for the Concentration and Flow of Dilute Polymer-Solutions
Beris AN, Mavrantzas VG |
| 1251 - 1270 |
Rod Climbing and Normal Stresses in Heavy Crude Oils at Low Shears
Nunez GA, Ribeiro GS, Arney MS, Feng J, Joseph DD |
| 1271 - 1283 |
Defect Density Evolution and Steady Rheological Behaviors of Liquid-Crystalline Polymers
Kim KM, Cho H, Chung IJ |
| 1285 - 1296 |
On the Measurement of the Relative Viscosity of Suspensions
Acrivos A, Fan XX, Mauri R |
| 1297 - 1315 |
Normal Stress-Relaxation in Reversing Double-Step Strain Flows
Venerus DC, Kahvand H |
| 1317 - 1334 |
Simulation and Validation of Nonplanar Nematorheology
Han WH, Rey AD |
| 1335 - 1351 |
Rheological Properties of Non-Brownian Spheroidal Particle Suspensions
Rao BN, Tang L, Altan MC |
| 1353 - 1368 |
On the Linearity of the Pressure-Drop During Flow of Thermotropic Lcps in Slits and Capillaries
Langelaan HC, Gotsis AD, Deboer AP |
| 1369 - 1383 |
Origins of Nonlinear Pressure Profiles in the Flow of Nematic Melts in Capillaries and Slits
Gotsis AD, Langelaan HC |
| 1385 - 1403 |
Shear-Rate Dependent Viscosity of Dilute Polymer-Solutions
Kalashnikov VN |
| 1405 - 1425 |
Rheology and Dynamics of Immiscible Polymer Blends
Lee HM, Park OO |
| 1427 - 1446 |
Steady Viscometric Properties and Characterization of Dilute Drag-Reducing Polymer-Solutions
Vlassopoulos D, Schowalter WR |
| 1447 - 1463 |
Adhesion of Linear Low-Density Polyethylene for Flow Regimes with Sharkskin
Elkissi N, Piau JM |
| 1465 - 1470 |
Nuclear-Magnetic-Resonance Imaging for Viscosity Measurements
Powell RL, Maneval JE, Seymour JD, Mccarthy KL, Mccarthy MJ |
| 1471 - 1472 |
Proceedings of the Boston Symposium on Liquid-Crystals
Kornfield JA |
| 1473 - 1503 |
Rheological Differences Among Liquid-Crystalline Polymers .2. Disappearance of Negative N(1) in Densely Packed Lyotropes and Thermotropes
Baek SG, Magda JJ, Larson RG, Hudson SD |
| 1505 - 1523 |
Relation Between Molecular-Orientation and Rheology in Lyotropic Hydroxypropylcellulose Solutions
Hongladarom K, Secakusuma V, Burghardt WR |
| 1525 - 1547 |
Rheology of Region-I Flow in a Lyotropic Liquid-Crystal Polymer - The Effects of Defect Texture
Walker L, Wagner N |
| 1549 - 1558 |
The Viscous Stress Contribution to Lyotropic Hydroxypropylcellulose Solutions in the Biphasic and Liquid-Crystalline Regions
Smyth SF, Mackay ME |
| 1559 - 1570 |
The Rigid-Rod Model for Nematic Polymers - Testing Closure Approximations with Bifurcation-Analysis
Maffettone PL, Crescitelli S |
| 1571 - 1589 |
Band Formation upon Cessation of Flow in Liquid-Crystalline Polymers
Vermant J, Moldenaers P, Mewis J, Picken SJ |
| 1591 - 1607 |
Polarized-Light Observations of Flow-Induced Microstructures in Mesophase Pitch
Fathollahi B, White JL |
| 1609 - 1622 |
Dynamics of Flow-Induced Alignment of Side-Group Liquid-Crystalline Polymers
Kannan RM, Rubin SF, Kornfield JA, Boeffel C |
| 1623 - 1638 |
Viscoelastic Properties of a Model Main-Chain Liquid-Crystalline Polyether
Gillmor JR, Colby RH, Hall E, Ober CK |
| 1639 - 1639 |
Practical Evaluation of 4 Mixed Finite-Element Methods for Viscoelastic Flow, (Vol 38, Pg 421, 1994)
Debae F, Legat V, Crochet MJ |
