The unraveling of a polymer chain in a strong extensional flow R. G. Larson Original Contributions Pages: 371 - 384
Elongational viscosity by fiber spinning Z. ChenT. C. Papanastasiou Original Contributions Pages: 385 - 389
The effect of molecular weight distribution on the elongational properties of linear polymers Y. LanfrayG. Marin Original Contributions Pages: 390 - 399
The relaxation of polymers with linear flexible chains of uniform length M. BaumgaertelA. SchausbergerH. H. Winter Original Contributions Pages: 400 - 408
On the flow resistance of viscoelastic fluids through packed beds J. Zhu Original Contributions Pages: 409 - 415
The non-isothermal elastic dumbbell: A model for the thermal conductivity of a polymer solution B. H. A. A. van den Brule Original Contributions Pages: 416 - 422
Finite shear strain behavior of a crosslinking polydimethylsiloxane near its gel point S. K. VenkataramanH. H. Winter Original Contributions Pages: 423 - 432
The squeezing flow of a model suspension fluid N. Phan-ThienA. L. Graham Original Contributions Pages: 433 - 441
The stability of the helical flow of pseudoplastic liquids in a narrow annular gap with a rotating inner cylinder S. WroęskiM. Jastrzębski Original Contributions Pages: 442 - 452
Experimental investigations of the stability limit of the helical flow of pseudoplastic liquids S. WrońskiM. Jastrzębski Original Contributions Pages: 453 - 461
Flow behaviour of molten 2,4,6-trinitrotoluene (TNT) between concentric cylinders M. A. ParryH. H. Billon Original Contributions Pages: 462 - 468
Linear and branched poly(butyleneisophthalate): Activation energy for melt flow Andrea MunariG. PezzinF. Pilati Original Contributions Pages: 469 - 474
Der elektroviskose Effekt als Folge elektrostatischer Kraft Z. HuangJ. H. Spurk Original Contributions Pages: 475 - 481
On the spring-dashpot representation of linear viscoelastic behaviour F. AkyildizR. S. JonesK. Walters Short Communications Pages: 482 - 484
A note on similarity-type flows of elastico-viscous fluids J. R. JonesR. H. Thomas Short Communications Pages: 485 - 488