Statistical mechanics of temporary polymer networks I. The equilibrium theory R. Takserman-KrozerE. Kröner Original Contributions Pages: 1 - 9
The BKZ as an alternative to the Wagner model for fitting shear and elongational flow data of an LDPE melt R. G. LarsonK. Monroe Original Contributions Pages: 10 - 13
A study on the melt viscosity of linear and branched poly(butyleneterephthalate) A. MunariF. PilatiG. Pezzin Original Contributions Pages: 14 - 19
Shear flow rheological properties of vinylon- and glass-fiber reinforced polyethylene melts T. KitanoT. KataokaY. Nagatsuka Original Contributions Pages: 20 - 30
Longitudinal volume viscosity of poly (vinyl chloride) M. Sanchez-SanchaJ. V. Aleman Original Contributions Pages: 31 - 39
Transient behaviour of the mechanical loss factor of high density polyethylene during creep and relaxation J. KubátL. -Å. NilssonM. Rigdahl Original Contributions Pages: 40 - 45
The rheological behavior of flexible-chain polymers in the region of high shear rates and stresses, the critical process of spurting, and supercritical conditions of their movement at T > Tg G. V. VinogradovV. P. ProtasovV. E. Dreval Original Contributions Pages: 46 - 61
On the stretching and swelling of an elastic liquid extruded from a capillary die A. I. LeonovA. N. Prokunin Original Contributions Pages: 62 - 69
Grid-shell theory, a new concept to explain thixotropy A. P. Szilas Original Contributions Pages: 70 - 74
The shear viscosity dependence on concentration, molecular weight, and shear rate of polystyrene solutions W. -M. KulickeR. Kniewske Original Contributions Pages: 75 - 83
Bulk rheology of dilute suspensions in viscoelastic liquids K. SunK. Jayaraman Original Contributions Pages: 84 - 89
The dynamic performance of the Weissenberg rheogoniometer III. Large amplitude oscillatory shearing — harmonic analysis W. C. MacSporranR. P. Spiers Original Contributions Pages: 90 - 97
Torsion pendula with electromagnetic drive and detection system for measuring the complex shear modulus of liquids in the frequency range 80–2500 Hz C. BlomJ. Mellema Original Contributions Pages: 98 - 105
Corrigendum to The rheological behaviour of Ca(OH2) suspensions A. J. G. van DiemenH. N. Stein Corrections Pages: 106 - 106