769 - 796 |
A Generic Matrix Representation of Configuration Tensor Rheological Models Jongschaap RJ, Dehaas KH, Damen CA |
797 - 810 |
The Use of Opposed Nozzles Configuration in the Measurements of the Extensional Rheological Properties of Emulsions Anklam MR, Warr GG, Prudhomme RK |
811 - 829 |
Bimodal Model of Concentrated Suspension Viscosity for Distributed Particle Sizes Probstein RF, Sengun MZ, Tseng TC |
831 - 845 |
Polymer Melt Lubricated Elongational Flow Kim HC, Pendse A, Collier JR |
847 - 874 |
The Flow of a LDPE Melt Through an Axisymmetrical Contraction - A Numerical Study and Comparison to Experimental Results Feigl K, Ottinger HC |
875 - 887 |
Nuclear-Magnetic-Resonance Imaging of Flow for a Shear-Thinning Polymer in Cylindrical Couette Geometry Rofe CJ, Lambert RK, Callaghan PT |
889 - 908 |
Rheology of Colloidal Suspensions - Case of Lubricating Greases Mas R, Magnin A |
909 - 920 |
Role of Structure in Rigid PVC Recoil Zdilar AM, Tanner RI |
921 - 936 |
Granular Collision Lubrication Yu CM, Craig K, Tichy J |
937 - 956 |
Modeling the Dynamic Properties of Monodisperse Linear Polymer Melts with Wedge Spectra Frederick JE, Yeh ST, Mcintyre D, Weidknecht M |
957 - 972 |
Effects of Temperature and Surface-Roughness on Time-Dependent Development of Wall Slip in Steady Torsional Flow of Concentrated Suspensions Aral BK, Kalyon DM |
973 - 984 |
Viscoelastic and Saxs Studies of the Structural Transition in Concentrated Aqueous Colloids of Ovalbumin and Serum Albumins Inoue H, Matsumoto T |
985 - 997 |
Dynamics of a Planar Concentrated Fiber Suspension with Nonhydrodynamic Interaction Toll S, Manson JA |
999 - 1027 |
Epitaxial-Growth and Shearing of the Body-Centered-Cubic Phase in Diblock Copolymer Melts Koppi KA, Tirrell M, Bates FS, Almdal K, Mortensen K |
1029 - 1044 |
Effect of Ingredients on the Rheological Properties of Extruded Corn Meal Seethamraju K, Bhattacharya M |
1045 - 1067 |
Steady Shear Alignment of Block-Copolymers Near the Isotropic Lamellar Transition Frederickson GH |
1069 - 1069 |
Proceedings of the Boston Symposia on Experimental-Techniques Wagner NJ, Burghardt WR |
1071 - 1100 |
Application of Microdielectrometry to Probe Near-Wall Structure Evolution in Flowing Liquid-Crystals Fodor JS, Hill DA |
1101 - 1125 |
Orientation Dynamics of a Polymer Melt Studied by Polarization-Modulated Laser Raman-Scattering Archer LA, Huang K, Fuller GG |
1127 - 1150 |
Stress-Optical Manifestations of Molecular and Microstructural Dynamics in Complex Polymer Melts Kannan RM, Kornfield JA |
1151 - 1168 |
Surface Force Apparatus and Its Application to Nanorheological Studies Pelletier E, Montfort JP, Lapique F |
1169 - 1177 |
A New Method for Determination of Normal-Stress Differences in Highly Viscoelastic Substances Using a Modified Weissenberg Rheometer Eggers H, Schummer P |
1179 - 1193 |
An Algorithm for Fast Determination of Complex Moduli Winther G, Kramer O, Dyre JC |
1195 - 1210 |
An Instrument for Precise Measurement of Viscoelastic Properties of Low-Viscosity Dilute Macromolecular Solutions at Frequencies from 20 to 500 KHz Stokich TM, Radtke DR, White CC, Schrag JL |
1211 - 1226 |
The Influence of Wave-Dispersion Characteristics on the Determination of Mechanical Relaxation Spectra Williams PR, Williams DJ |