Theoretical and Applied Rheology: Proceedings of the 11th International Congress on Rheology, Brussels, Belgium August 17-21, 1992
Paula Moldenaers, Roland Keunings
Elsevier Science & Technology Books, 1992 - Technology & Engineering - 1020 pages
More than 900 authors from over 35 countries contributed to the 1992 International Congress on Rheology. These proceedings volumes comprise 17 plenary and keynote papers, 250 oral contributions and some 200 poster presentations. All relevant aspects of rheology are covered, e.g., theoretical rheology, molecular theories, fluid mechanics, rheometry, experimental methods, foams, polymer solutions, polymer melts, rubber, solids, composites, biorheology, industrial rheology, polymer processing, food rheology and electrorheology, reflecting the development of rheology into a broad, multidisciplinary field of recognized academic and industrial relevance.
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Role of molecular modeling in polymer rheology
Rheology structure boundary conditions and industrial applications
Recent developments in rheometry
19 other sections not shown
1992 Elsevier Science August B.V. All rights behavior Belgium birefringence blends boundary conditions Brussels calculated capillary chain coefficient computational concentration Congr constant constitutive equation cylinder deformation density dependent domain dynamic effect elastic Elsevier Science Publishers experimental fiber Figure finite element flow curves flow field flow rate fraction frequency function geometry hydrodynamic increases instability interaction interface LDPE linear liquid material measured Mechanics method modulus molecular weight Newtonian fluid Non-Newtonian Fluid Non-Newtonian Fluid Mech nonlinear normal stress obtained parameters particle phase polymer polymer melts polymer solutions polymeric power law predictions pressure problem Proc ratio relaxation Reynolds number Rheol Rheology rheometer rheometry rights reserved rotating sample Science Publishers B.V. shear flow shear rate shear stress shear thinning shown simulation slip steady strain rate stress tensor structure surface temperature tion tube values velocity viscoelastic viscoelastic fluids vortex wall Xlth Int yield stress