Wang:

Nonlinear Polymer Rheology: Macroscopic Phenomenology and Molecular Foundation

Instructor Companion Site

Table Of Contents

Chapter 1: Phenomenological description of linear viscoelasticity (LVE)

Chapter 2: Molecular characterization in LVE regime

Chapter 3: Shear rheometry

Chapter 4: Characterization of deformation field

Chapter 5: Improved and other rheometric apparatuses

Chapter 6: Wall slip – Interfacial yielding

Chapter 7: Yielding during startup deformation: from elastic deformation to flow

Chapter 8: Strain hardening in extension

Chapter 9: Shear banding in startup and oscillatory shear: PTV observations

Chapter 10: Strain localization in pressure-driven extrusion, squeezing, and planar extension

Chapter 11: Different modes of structural failure during startup uniaxial extension

Chapter 12: Elastic yielding in stepwise simple shear

Chapter 13: Elastic breakup in stepwise uniaxial extension

Chapter 14: Finite cohesion and the role of chain architecture

Chapter 15: Homogeneous entanglement

Chapter 16: Molecular networks as the conceptual foundation

Chapter 17:

Chapter 18: Difficulties with orthodox paradigams

Chapter 19: Strain localization and the fluid mechanics of polymeric liquids

Chapter 20: Conclusions
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