| 429 - 431 |
Happy birthday, Helmut Munstedt
Stadler FJ, Kaschta J |
| 433 - 439 |
Rheology of SiO2/(acrylic polymer/epoxy) suspensions. III. Uniaxial elongational viscosity
Uematsu H, Aoki Y, Sugimoto M, Koyama K |
| 441 - 459 |
Nested dipolar Halbach arrays for the determination of magnetorheological properties at variable magnetic field
Barroso VC, Raich H, Blumler P, Spiess HW, Wilhelm M |
| 461 - 468 |
Recovery of shear modification of polypropylene melts
Breuer G, Schausberger A |
| 469 - 484 |
Exploration of branching topology effects on polymer melt rheology using hierarchical calculation schemes
den Doelder J, Das C, Read DJ |
| 485 - 489 |
Modeling macromolecular movement in polymer melts and its relation to nonlinear rheology
Malkin AY, Semakov AV, Kulichikhin VG |
| 491 - 501 |
Rheological characterization in shear of a model dumbbell polymer concentrated solution
Stadler FJ, Rajan M, Agarwal US, Liu CY, George KE, Lemstra PJ, Bailly C |
| 503 - 518 |
On the determination of elastic properties of composites of polycarbonate and multi-wall carbon nanotubes in the melt
Handge UA, Zeiler R, Dijkstra DJ, Meyer H, Altstadt V |
| 519 - 535 |
Enhancement of strain-hardening by thermo-oxidative degradation of low-density polyethylene
Rolon-Garrido VH, Luo JJ, Wagner MH |
| 537 - 546 |
Instrument compliance effects revisited: linear viscoelastic measurements
Liu CY, Yao ML, Garritano RG, Franck AJ, Bailly C |
| 547 - 557 |
Evaluation of a tube-based constitutive equation using conventional and planar elongation flow optical rheometers
Boukellal G, Durin A, Valette R, Agassant JF |
| 559 - 575 |
Thermorheological behavior of polyethylene: a sensitive probe to molecular structure
Resch JA, Kessner U, Stadler FJ |
| 577 - 599 |
The extensional viscosity properties of long-chain branched fluorothermoplastics and correlations to molecular structure
Kaspar H, Hintzer K |
