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Table of Contents
Preface; Contents; Chapter 1: Preamble; Chapter 2: Longitudinal Flow Field; 2.1 Laminar Flow; 2.2 Turbulent Flow; 2.2.1 Viscoelastic Fluids: Pseudoplastic Behavior; 2.2.2 Drag-Reducing Viscoelastic Fluids; 2.2.2.1 Preliminaries; 2.2.2.2 Drag-Reducing Additives and Applications; 2.2.3 The Mechanism of Drag Reduction; 2.2.3.1 Experimental Findings; 2.2.3.2 Theoretical and Numerical Findings; 2.2.3.3 Factors Influencing the Effectiveness of Drag Reduction; Chapter 3: Transversal Flow Field; 3.1 Analogies; 3.2 Early Developments; 3.3 Perturbation Approach: Non-linear Fluid and Solid Mechanics
3.3.1 Similarities and Constraints on Constitutive Formulations3.3.2 Types of Perturbation; 3.4 Criteria for the Existence of Secondary Flows; 3.5 Secondary Flows of Dilute Solutions: Rotating Pipes and Channels; 3.5.1 Spanwise Rotating Pipes and Drag Reduction in Laminar Flow; 3.5.2 Rotating Channel Flow; 3.6 Recent Investigations of Secondary Flows of Viscoelastic Fluids; 3.6.1 Steady Flows in Straight Tubes; 3.6.2 An Industrial Application: Viscous Encapsulation; Chapter 4: Transcriticality; Chapter 5: Quasi-Periodic Flows of Viscoelastic Fluids in Straight Tubes
5.1 Pulsating Pressure-Gradient-Driven Flows5.2 Flows Driven from the Boundary; 5.3 Resonance Phenomena, Anomalous Flows, and Flow Enhancement; 5.4 Pulsating Flow in Tubes of Non-Circular Cross Sections; Chapter 6: Transversal Flow Field of Particle-Laden Linear Fluids; 6.1 Mean Secondary Field in Single-Phase Turbulent Flow; 6.1.1 Similarity with the Driving Mechanism of Secondary Flows of Viscoelastic Fluids; 6.1.2 General Classification and Analysis of Turbulent Secondary Flows; 6.2 Secondary Flows of Non-Brownian Suspensions; 6.2.1 Shear Viscosity of Non-Brownian Suspensions
6.2.2 Recent Normal Stress Measurements6.2.3 Macroscopic Models for Suspension Flow and Stokesian Dynamics Simulations; 6.2.4 Challenges in Shear-Driven Migration of Suspensions; 6.2.5 Particle Motion in Viscoelastic Suspending Media at Very Low Reynolds Numbers; 6.2.6 Secondary Field in Poiseuille Flow of Shear-Driven Migration of Suspensions; 6.2.7 Secondary Field in Single-Phase Turbulent Flow of Suspensions; 6.2.8 Secondary Field in Multiphase Turbulent Flow of Suspensions; Epilogue; Appendix A: Non-linear Viscoelastic Constitutive Equations and Secondary Flows
3.3.1 Similarities and Constraints on Constitutive Formulations3.3.2 Types of Perturbation; 3.4 Criteria for the Existence of Secondary Flows; 3.5 Secondary Flows of Dilute Solutions: Rotating Pipes and Channels; 3.5.1 Spanwise Rotating Pipes and Drag Reduction in Laminar Flow; 3.5.2 Rotating Channel Flow; 3.6 Recent Investigations of Secondary Flows of Viscoelastic Fluids; 3.6.1 Steady Flows in Straight Tubes; 3.6.2 An Industrial Application: Viscous Encapsulation; Chapter 4: Transcriticality; Chapter 5: Quasi-Periodic Flows of Viscoelastic Fluids in Straight Tubes
5.1 Pulsating Pressure-Gradient-Driven Flows5.2 Flows Driven from the Boundary; 5.3 Resonance Phenomena, Anomalous Flows, and Flow Enhancement; 5.4 Pulsating Flow in Tubes of Non-Circular Cross Sections; Chapter 6: Transversal Flow Field of Particle-Laden Linear Fluids; 6.1 Mean Secondary Field in Single-Phase Turbulent Flow; 6.1.1 Similarity with the Driving Mechanism of Secondary Flows of Viscoelastic Fluids; 6.1.2 General Classification and Analysis of Turbulent Secondary Flows; 6.2 Secondary Flows of Non-Brownian Suspensions; 6.2.1 Shear Viscosity of Non-Brownian Suspensions
6.2.2 Recent Normal Stress Measurements6.2.3 Macroscopic Models for Suspension Flow and Stokesian Dynamics Simulations; 6.2.4 Challenges in Shear-Driven Migration of Suspensions; 6.2.5 Particle Motion in Viscoelastic Suspending Media at Very Low Reynolds Numbers; 6.2.6 Secondary Field in Poiseuille Flow of Shear-Driven Migration of Suspensions; 6.2.7 Secondary Field in Single-Phase Turbulent Flow of Suspensions; 6.2.8 Secondary Field in Multiphase Turbulent Flow of Suspensions; Epilogue; Appendix A: Non-linear Viscoelastic Constitutive Equations and Secondary Flows