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Table of Contents
Preface; Contents; Modeling and Simulation of Discrete Particles in Fluid Flow; 1 Introduction; 2 Motion of Isolated Particles; 2.1 Gas
Solid Flows; 2.2 Liquid
Solid Flows; 2.3 Effects of Finite Particles Reynolds Number; 2.4 Lift Forces; 3 Isolated Particles in Simple Flows; 4 Force Coupling Method; 4.1 Stokes Flows; 4.2 Finite Reyonolds Number Flows; 5 Applications to Suspension Flows; 5.1 Particle Settling; 5.2 Couette Flow; 6 Comments; References; Modeling and Simulation of Finite-Size Particles in Turbulence; 1 Introduction; 2 Basics of Turbulence
3 Numerical Methods for Finite-Size Particles4 Finite-Size Effects of Individual Particles; 4.1 Slip Velocity; 4.2 Modification of Turbulence; 4.3 Drag Force in Turbulent Flows; 4.4 Sedimenting Particles; 5 Collective Effects of Finite-Size Particles; 5.1 Two Interacting Particles; 5.2 Sedimentation; 5.3 Turbulence Modulation; 6 Concluding Remarks; References; Some Aspects of the Collective Dynamics of Particles in Turbulent Flows; 1 Introduction; 1.1 Particles in Turbulence; 1.2 Some Important Aspects of the Collective Dynamics of Particles in Turbulence
2 Turbulent Dispersion of Tracer Particles2.1 The Turbulent Pair Dispersion Problem; 2.2 Batchelor and Richardson Regimes for Pair Dispersion; 2.3 A Simple Ballistic Phenomenology of Turbulent Superdiffusion; 3 Preferential Concentration of Inertial Particles in Turbulence; 3.1 Diagnostics of Preferential Concentration with Voronoï Tessellation; 3.2 Main Properties of Preferential Concentration in Turbulence; 3.3 Origins of Preferential Concentration; 4 Conclusion; References; Collective Dynamics of Particles in Viscous Flows with an Emphasis on Slender Rods; 1 Introduction
2 General Principles3 Origins of Collective Dynamics; 3.1 Chaotic Motion Due to Hydrodynamic Interactions; 3.2 Irreversibilities Due to Contact Interactions; 4 Calculating the Motion of Rods; 4.1 Hydrodynamic Models for Rigid Fibers; 4.2 Slender Body Equation for a Rigid Rod; 4.3 Motion of a Slender Rod; 5 Simulating Rigid Rods; 5.1 Hydrodynamic Interactions; 5.2 Solving for the Collective Dynamics; 5.3 Example Calculation; 5.4 Slender Body Dynamics; 5.5 Lubrication; 5.6 Solving; 6 Collective Dynamics and Chaos; 7 Concluding Comments; References
Solid Flows; 2.2 Liquid
Solid Flows; 2.3 Effects of Finite Particles Reynolds Number; 2.4 Lift Forces; 3 Isolated Particles in Simple Flows; 4 Force Coupling Method; 4.1 Stokes Flows; 4.2 Finite Reyonolds Number Flows; 5 Applications to Suspension Flows; 5.1 Particle Settling; 5.2 Couette Flow; 6 Comments; References; Modeling and Simulation of Finite-Size Particles in Turbulence; 1 Introduction; 2 Basics of Turbulence
3 Numerical Methods for Finite-Size Particles4 Finite-Size Effects of Individual Particles; 4.1 Slip Velocity; 4.2 Modification of Turbulence; 4.3 Drag Force in Turbulent Flows; 4.4 Sedimenting Particles; 5 Collective Effects of Finite-Size Particles; 5.1 Two Interacting Particles; 5.2 Sedimentation; 5.3 Turbulence Modulation; 6 Concluding Remarks; References; Some Aspects of the Collective Dynamics of Particles in Turbulent Flows; 1 Introduction; 1.1 Particles in Turbulence; 1.2 Some Important Aspects of the Collective Dynamics of Particles in Turbulence
2 Turbulent Dispersion of Tracer Particles2.1 The Turbulent Pair Dispersion Problem; 2.2 Batchelor and Richardson Regimes for Pair Dispersion; 2.3 A Simple Ballistic Phenomenology of Turbulent Superdiffusion; 3 Preferential Concentration of Inertial Particles in Turbulence; 3.1 Diagnostics of Preferential Concentration with Voronoï Tessellation; 3.2 Main Properties of Preferential Concentration in Turbulence; 3.3 Origins of Preferential Concentration; 4 Conclusion; References; Collective Dynamics of Particles in Viscous Flows with an Emphasis on Slender Rods; 1 Introduction
2 General Principles3 Origins of Collective Dynamics; 3.1 Chaotic Motion Due to Hydrodynamic Interactions; 3.2 Irreversibilities Due to Contact Interactions; 4 Calculating the Motion of Rods; 4.1 Hydrodynamic Models for Rigid Fibers; 4.2 Slender Body Equation for a Rigid Rod; 4.3 Motion of a Slender Rod; 5 Simulating Rigid Rods; 5.1 Hydrodynamic Interactions; 5.2 Solving for the Collective Dynamics; 5.3 Example Calculation; 5.4 Slender Body Dynamics; 5.5 Lubrication; 5.6 Solving; 6 Collective Dynamics and Chaos; 7 Concluding Comments; References