Theory and applications of colloidal suspension rheology

목차 (Table of Contents)

• CONTENTS
• List of Contributors = xiii
• Preface = xv
• General List of Symbols = xviii
• Useful Physical Constants and Values = xxii
• 1 Introduction To Colloidal Suspension Rheology / Norman J. Wagner ; Jan Mewis = 1
• 1.1 Structure of this Chapter and the Book = 1
• 1.2 Introduction and Observations = 3
• 1.3 Colloidal Hard Spheres = 4
• 1.4 Brownian Hard Sphere Rheology = 10
• 1.5 Colloidal Interaction Potentials = 21
• 1.6 Colloidal Phase Behavior beyond Brownian Hard Spheres = 25
• 1.7 Thixotropy = 28
• Story 1.1 Ruth N. Weltmann and Early Studies of Thixotropy = 34
• Appendix : Rheological Definitions = 34
• Chapter Notation = 38
• References = 39
• 2 Theory Of Colloidal Suspension Structure, Dynamics, And Rheology / Gerhard Nagele ; Jan K. G. Dhont ; Thomas Voigtmann = 44
• 2.1 Introduction = 44
• 2.2 Low Reynolds Number Hydrodynamics = 47
• 2.3 Smoluchowski Equation for Particles in Shear Flow = 57
• 2.4 Langevin Dynamics of Brownian Particles = 61
• 2.5 Suspension Rheology = 72
• 2.6 Mode Coupling Theory of Dense Suspension Flow = 95
• 2.7 Summary and Outlook = 111
• References = 111
• 3 Methods Of Colloidal Simulation / Ronald G. Larson = 120
• 3.1 Introduction = 120
• 3.2 Continuum Solvent Methods - Unmeshed Solvent = 125
• 3.3 Continuum Solvent Methods - Meshed Solvent = 132
• 3.4 Particle Solvent Methods - Unmeshed Solvent = 134
• 3.5 Particle Solvent Methods - Meshed Solvent = 141
• 3.6 Summary = 145
• Chapter Notation = 146
• References = 147
• 4 Microstructure Under Flow / Norman J. Wagner = 155
• 4.1 Introduction = 155
• 4.2 Structure Factors from Scattering = 156
• 4.3 Direct Observation Using Microscopy = 165
• 4.4 Summary and Outlook = 169
• References = 169
• 5 Rheology Of Colloidal Glasses And Gels / George Petekidis ; Norman J. Wagner = 173
• 5.1 Introduction = 173
• 5.2 Landmark Observations = 175
• 5.3 Colloidal Glasses due to Interparticle Repulsion = 177
• 5.4 Colloidal Gels and Attractive Glasses = 190
• Chapter Notation = 218
• References = 218
• 6 Suspensions Of Soft Colloidal Particles / Dimitris Vlassopoulos ; Michel Cloitre = 227
• 6.1 Introduction = 227
• 6.2 Landmark Observations = 227
• 6.3 Classification of Soft Colloids = 233
• 6.4 Soft Particle Interactions and State Diagrams = 238
• Story 6.1 The Origins of Soft Particle Rheology = 243
• 6.5 Linear Viscoelasticity and Diffusion Dynamics = 244
• 6.6 Flow Properties of Soft Particle Suspensions = 251
• 6.7 Slow Dynamics = 262
• 6.8 Mixtures and Osmotic Interactions = 268
• 6.9 Summary = 274
• Chapter Notation = 275
• References = 276
• 7 Biocolloid Rheology / Surita Bhatia ; Wendy Horn = 291
• 7.1 Landmark Observations and Example Applications = 291
• 7.2 Self-assembled Colloids : Block Copolymer Micelles = 294
• 7.3 Protein Solutions = 302
• 7.4 Conclusions and Outlook = 307
• Acknowledgments = 307
• Chapter Notation = 307
• References = 308
• 8 Hemorheology / Antony N. Beris = 316
• 8.1 Introduction = 316
• Story 8.1 Early History of the Study of Blood, Blood Flow, and Hemorheology = 317
• 8.2 Structural Overview - Mesoscopic Micromechanical Effects and Models = 322
• 8.3 Steady State Shear Blood Rheology Models = 324
• 8.4 Models for Transient Shear Flow = 329
• 8.5 Comparison of Model Predictions to Steady Shear and UD-LAOS Experimental Data = 338
• 8.6 Summary and Outlook = 341
• Acknowledgments = 342
• Chapter Notation = 342
• References = 343
• 9 Applications = 352
• 9.1 Introduction / Jan Mewis ; Norman J. Wagner = 352
• 9.2 Paints / Alex Routh = 353
• 9.3 Carbon Blacks / Jeffrey Richards = 367
• 9.4 Bitumen / Asphalt / Norman J. Wagner = 375
• 9.5 Cement, Mortar, and Concrete / Nicolas Roussel = 380
• 9.6 Large Scale Processing / Peter Scales = 389
• Chapter Notation = 397
• References = 398
• Index = 407