Preface
Chapter 1 : Flow of Non-Newtonian Fluids
Chapter 2 : Flow of Variable Viscosity Fluids
Chapter 3 : Physical Properties of Polymers
Chapter 4 : Stress-Strain Properties Measurements
Chapter 5 : Importance of Molecular Weight and Its Characterization
Chapter 6 : Relating Rheology to Molecular Weight Properties of Polymers
Chapter 7 : Rheological Properties of Filled Polymers
Chapter 8 : Rheological Behavior of Rubber Carbon Black Compounds
Chapter 9 : Unit Operations of Rubber Processing
Chapter 10 : Introduction to Modeling the Processing of Incompatible Polymer Blends
Chapter 11 : Approaches to Modeling Mixing Equipment
Chapter 12 : Modeling of Continuous Mixers : The Corotating Twin-Screw Extruder
Chapter 13 : Degradation of Polymers During Processing
Chapter 14 : Drag Reduction and Shear Stability Mechanisms
Chapter 15 : Reptation Rheology of Concentrated Polymer Solutions and Melts
Chapter 16 : Viscoelastic Characterization of Long Chain Branching and Gel in Elastomers
Chapter 17 : Constant Pressure, Non-Isothermal Rheometer : Scope and Applications
Chapter 18 : Longitudinal Volume Viscosity Measurements in Polymers
Chapter 19 : Application of Torque and Capillary Rheometry to Polymer Processability Studies
Chapter 20 : Film Flow of Power-Law Fluids
Chapter 21 : Numerical Simulation of Viscoelastic Fluids
Chapter 22 : Self-Diffusion in Polymer Systems
Index
