| 565 - 587 |
Rheological experiments at constant stress as efficient method to characterize polymeric materials
Munstedt H |
| 589 - 605 |
Strain hardening of molten thermoplastic polymers reinforced with poly(tetrafluoroethylene) nanofibers
Jurczuk K, Galeski A, Piorkowska E |
| 607 - 633 |
Modeling of the blood rheology in steady-state shear flows
Apostolidis AJ, Beris AN |
| 635 - 658 |
Large amplitude oscillatory shear and uniaxial extensional rheology of blends from linear and long-chain branched polyethylene and polypropylene
Ahirwal D, Filipe S, Neuhaus I, Busch M, Schlatter G, Wilhelm M |
| 659 - 679 |
Squeeze flow behaviors of magnetorheological plastomers under constant volume
Xu YG, Gong XL, Liu TX, Xuan SH |
| 681 - 721 |
A mesoscopic simulation method for predicting the rheology of semi-dilute wormlike micellar solutions
Zou WZ, Larson RG |
| 723 - 736 |
Universality and speedup in equilibrium and nonlinear rheology predictions of the fixed slip-link model
Andreev M, Feng HL, Yang L, Schieber JD |
| 737 - 757 |
Numerical prediction of nonlinear rheology of branched polymer melts
Das C, Read DJ, Auhl D, Kapnistos M, den Doelder J, Vittorias I, McLeish TCB |
| 759 - 777 |
A generalized Oldroyd's model for non-Newtonian liquids with applications to a dilute emulsion of deformable drops
Martin R, Zinchenko A, Davis R |
| 779 - 797 |
Inferring meaningful relaxation spectra from experimental data
McDougall I, Orbey N, Dealy JM |
| 799 - 818 |
The two-dimensional flow of a foam through a constriction: Insights from the bubble model
Lang VJ |
