Progress and Trends in Rheology V: Proceedings of the Fifth European Rheology Conference, Portorož, Slovenia, September 6-11, 1998
I. Emri, R. Cvelbar
Steinkopff, 1998 - Science - 622 pages
This book contains the proceedings of the Fifth European Rheology Conference, held in Portoroz, Slovenia, September 6 - 11, 1998.
The main topics are: Biorheology; Blends; Constitutive Theories and Equations; Electro- and Magnetorheology; Fluid Mechanics; Food Rheology; Industrial Rheology; Liquid Crystals; Materials Characterization; Molecular Dynamics and Theories; Numerical Simulations; Polymer Melts and Polymer Processing; Polymer Solutions; Rheology of Solids and Composites; Rheometry, Exp. Meth., Instrumentation; Surfactants; Suspensions, Emulsions, Dispersions, Gels; Time Dependent Phenomena.
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Flowinduced disorder order transitions in concentrated sterically stabilized dispersions
Creep of solids micromechanisms of deformation of semicrystalline thermoplastics and their long term
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Progress and Trends in Rheology V: Proceedings of the Fifth European ...
Igor Emri,Robert Cvelbar
No preview available - 2014
Acta anisotropic calculated capillary chain characteristics chemical coefficient complex component concentration constant constitutive equation copolymer creep cylinder decrease deformation dependence determined dichroism dispersions distribution dough droplets dynamic effect elastic elongational viscosity emulsions evolution experimental experiments extensional extrusion Figure flow curve flow rate Fluid Mech frequency function geometry HDPE increase interactions INTRODUCTION investigated LDPE linear viscoelastic liquid LLDPE material matrix mechanical method molecular weight morphology mucilage nematic Newtonian Newtonian fluid non-linear Non-Newtonian Fluid normal stress observed obtained orientation oscillations parameters particles phase plastic polyethylene polymer melts polymeric predicted pressure range ratio relaxation Rheol rheological rheological properties rheometer rheometry rotational sample shear flow shear rate shear stress shear viscosity shown shows simple shear simulation solution spectrum steady shear strain rate structure surface surfactant suspensions temperature tensor tests theory transition uniaxial values velocity viscoelastic viscosity wall yield stress