| 345 - 366 |
Experimental studies of interfacial instabilities in multilayer pressure-driven flow of polymeric melts
Khomami B, Ranjbaran MM |
| 367 - 383 |
Stability of viscoelastic flow around periodic arrays of cylinders
Khomami B, Moreno LD |
| 384 - 396 |
Unstable slit flow of a liquid crystalline polymer solution
Bedford BD, Cinader DK, Burghardt WR |
| 397 - 405 |
Sliding plate rheometry of planar oriented concentrated fiber suspension
Ericsson KA, Toll S, Manson JAE |
| 406 - 415 |
Effects of coalescence and breakup on the steady state morphology of an immiscible polymer blend in shear flow
Grizzuti N, Bifulco O |
| 416 - 428 |
Linear viscoelastic behavior of molten polymer blends: A comparative study of the Palierne and Lee and Park models
Lacroix C, Aressy M, Carreau PJ |
| 429 - 448 |
Can extensional viscosity be measured with opposed nozzle devices?
Dontula P, Pasquali M, Scriven LE, Macosko CW |
| 449 - 461 |
Influence of rheology and surface properties in the adhesion of uncross-linked pressure sensitive adhesives
Piau JM, Verdier C, Benyahia L |
| 462 - 471 |
A linear viscoelastic model for solid polyethylene
Pittman JFT, Farah IA |
| 472 - 482 |
An intermediate model method for obtaining a discrete relaxation spectrum from creep data
Dooling PJ, Buckley CP, Hinduja S |
| 483 - 484 |
Effective viscosity of porous particle suspensions
Baczynska T, Glowinski J |
