1. The rational mechanics and thermodynamics of polymeric fluids based upon the concept of a variable relaxed state

   • J. Stickforth

   Original Contributions Pages: 447 - 458

2. Flow of viscoelastic fluids between plates rotating about distinct axes

   • K. R. Rajagopal
   • M. Renardy
   • A. S. Wineman

   Original Contributions Pages: 459 - 467

3. Surfactant systems for drag reduction: Physico-chemical properties and rheological behaviour

   • D. Ohlendorf
   • W. Interthal
   • H. Hoffmann

   Original Contributions Pages: 468 - 486

4. Semi-empirical theory of the viscosity of moderately dilute polymer solutions

   • H. Fujita
   • Y. Einaga

   Original Contributions Pages: 487 - 493

5. Determination of molar mass polydispersity index from dynamic rheological measurements

   • G. Couarraze
   • J. L. Grossiord
   • F. Puisieux

   Original Contributions Pages: 494 - 500

6. Measurements of the first normal-stress difference in a new Rheo-dilatometer for molten polymers: Triple-step-shear-strain tests for all K-BKZ constitutive equations

   • I. Bruker

   Original Contributions Pages: 501 - 506

7. Dependence of flow behaviour on carbon black distribution in polyblend systems

   • D. Sinha
   • S. Kole
   • C. K. Das

   Original Contributions Pages: 507 - 512

8. Kinetic theory of interacting particles in dilute suspensions of mineral waste

   • A. S. Wagh

   Original Contributions Pages: 513 - 520

9. Application of a modified rotary rheometer to the investigation of slurries

   • J. Błaszczyk
   • R. Petela

   Original Contributions Pages: 521 - 526

10. Shear viscosity behavior of highly concentrated suspensions at low and high shear-rates

    • T. Dabak
    • O. Yucel

    Original Contributions Pages: 527 - 533

11. Prediction of the creep behaviour of polyethylene and molybdenum from stress relaxation experiments

    • C. -G. Ek
    • B. Hagström
    • M. Rigdahl

    Original Contributions Pages: 534 - 541

12. Yield stress: A time-dependent property and how to measure it

    • D. C-H. Cheng

    Report Pages: 542 - 554