1223 - 1245 |
A Model of Adaptive Links in Nonlinear Viscoelasticity Drozdov AD |
1247 - 1260 |
Shear-Induced Textures of Thermotropic Acetoxypropylcellulose Riti JB, Cidade MT, Godinho MH, Martins AF, Navard P |
1261 - 1274 |
Dynamic Viscosity of Macroscopic Suspensions of Bimodal Sized Solid Spheres Gondret P, Petit L |
1275 - 1298 |
A Viscoelastic Model for Dense Granular Flows Zhang DZ, Rauenzahn RM |
1299 - 1316 |
Interfacial Phenomena in the Capillary Extrusion of Metallocene Polyethylenes Hatzikiriakos SG, Kazatchkov IB, Vlassopoulos D |
1317 - 1335 |
Simulating Complex Flows of Liquid-Crystalline Polymers Using the Doi Theory Feng J, Leal LG |
1337 - 1347 |
Testing the Structure of Magnetic Paints with and Without Superimposed Shear Potanin AA, Shrauti SM, Arnold DW, Lane AM, Mellema J |
1349 - 1364 |
Direct Measurement of Adhesion Between Viscoelastic Polymers - A Contact Mechanical Approach Falsafi A, Deprez P, Bates FS, Tirrell M |
1365 - 1386 |
Nuclear-Magnetic-Resonance Visualization of Anomalous Flow in Cone-and-Plate Rheometry Britton MM, Callaghan PT |
1387 - 1389 |
Conduit Flow of an Incompressible, Yield-Stress Fluid - Comment Wang Y |
1391 - 1391 |
Conduit Flow of an Incompressible, Yield-Stress Fluid - Comment Wilson SD |
1393 - 1393 |
Kinetics of Structure Development in Liquid-Liquid Dispersions Under Simple Shear-Flow - Theory - Comment Hansen S |
1395 - 1396 |
Kinetics of Structure Development in Liquid-Liquid Dispersions Under Simple Shear-Flow - Theory - Comment - Reply Patlazhan SA, Lindt JT |
1396 - 1396 |
Kinetics of Structure Development in Liquid-Liquid Dispersions Under Simple Shear-Flow - Theory - Comment - Concluding Remark Hansen S |