| 435 - 445 |
On the bursting of linear polymer melts in inflation processes
Rasmussen HK, Bach A |
| 446 - 456 |
Molecular orientation of a commercial thermotropic liquid crystalline polymer in simple shear and complex flow
Burghardt WR, Brown EF, Auad ML, Kornfield JA |
| 457 - 464 |
Development characteristics of fluctuating velocity field of drag-reducing surfactant solution flow in a duct
Suzuki H, Nguyen HP, Nakayama T, Usui H |
| 465 - 477 |
On the theory of the shear-induced isotropic-to-nematic phase transition of side chain liquid-crystalline polymers
Hess S, Ilg P |
| 478 - 484 |
Wavy texture in pressure-driven startup flows of liquid crystalline polymer solutions through a slit cell: effects of polymer concentration and solution temperature
Mori N, Ogiri S, Numata A, Yamamoto T |
| 485 - 494 |
Classification of model topologies using the delta versus G* plot
Schulze D, Roths T, Friedrich C |
| 495 - 501 |
A correlation for yield stress fluid flow through packed beds
Chase GG, Dachavijit P |
| 502 - 512 |
Rheology of concentrated suspensions containing mixtures of spheres and fibres
Marti I, Hofler O, Fischer P, Windhab EJ |
| 513 - 520 |
Recoil from elongation using general network models
Tanner RI, Zdilar AM, Nasseri S |
| 521 - 535 |
Suspensions of semiflexible fibers in polymeric fluids: Rheology and thermodynamics
Rajabian M, Dubois C, Grmela M |
