| 1131 - 1149 |
Predicting the apparent wall slip when using roughened geometries: A porous medium approach
Carotenuto C, Vananroye A, Vermant J, Minale M |
| 1151 - 1172 |
Branching structure and strain hardening of branched metallocene polyethylenes
Torres E, Li SW, Costeux S, Dealy JM |
| 1173 - 1189 |
Determination of molecular weight distribution and composition dependence of monomeric friction factors from the stress relaxation of ultrahigh molecular weight polyethylene gels
Park JW, Yoon J, Cha J, Lee HS |
| 1191 - 1227 |
Using viscoelastic properties to quantitatively estimate the amount of modified poly(lactic acid) chains through reactive extrusion
Cailloux J, Santana OO, Maspoch ML, Bou JJ, Carrasco F |
| 1229 - 1259 |
Rheological characterizations of wormlike micellar solutions containing cationic surfactant and anionic hydrotropic salt
Zhao Y, Haward SJ, Shen AQ |
| 1261 - 1270 |
Interconversion of Prony series for relaxation and creep
Loy RJ, de Hoog FR, Anderssen RS |
| 1271 - 1298 |
Linear viscoelasticity of attractive colloidal dispersions
Varga Z, Swan JW |
| 1299 - 1328 |
The rheology and microstructure of branched micelles under shear
Calabrese MA, Rogers SA, Murphy RP, Wagner NJ |
| 1329 - 1334 |
Erratum: Nonisothermal condition in past melt extension experiments
Lin PP, Wang SQ |
