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3 Exploiting the Rheology of Highly Concentrated Suspensions
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approximation beads behaviour birefringence Boger bubble calculated cement pastes Chem coefficient components concentration configuration Congress on Rheology constant constitutive equations Curtiss-Bird curves deformation gradient dependence derived differential dilute dough dumbbell dynamics effect elastic energy experimental extensional extensional flow finite element flow properties Fluid Mech function gluten increase integral interaction Kamal and Ryan kinetic Leal linear material mean-configuration measurements mechanics method molecular weight molecules motion Newtonian fluid Non-Newtonian Fluid normal stress obtained overshoot parameters particle Plastics polyelectrolyte polymer solutions polymeric polymerizing liquid polystyrene predicted pressure problem R. S. Rlvlln Rational Mech relation relaxation Rheol rheological properties Rheology rheometer rotation sample shear flow shear rate shear stress shear viscosity shown in Fig simple simple shear solids steady strain studies suspensions temperature tensor theoretical theory thixotropic tion tube values variables vector velocity field velocity gradient viscoelastic volume yield stress