Tab Article

Preface

Section 1 : Properties of Dispersed and Atomized Flows
Chapter 1 : Measurement and Physical Properties of Foam
Chapter 2 : Hydrodynamics of Foam Flow in Pipes, Capillary Tubes, and Porous Media
Chapter 3 : Properties and Characteristics of Drops and Bubbles
Chapter 4 : Bubble Formation and Its Movement in Newtonian and Non-Newtonian Liquids
Chapter 5 : Creeping Flow Around Bubbles
Chapter 6 : Correlations for Bubble Rise in Gas-Liquid Systems
Chapter 7 : Bubble Nucleation
Chapter 8 : Bubble Growth in Superheated Liquid Droplets
Chapter 9 : Hydrodynamics of Bubble Formation from Submerged Orifices
Chapter 10 : Mechanisms of Breakup of Round Liquid Jets
Chapter 11 : Hydrodynamic of Liquid Drops in Air
Chapter 12 : Dynamics of Gas-Liquid Spray Systems
Chapter 13 : Hydrodynamic Mixing of Dispersed and Atomized Flows
Chapter 14 : Mechanics and Design of Centrifugal Swirl Nozzles
Chapter 15 : Momentum Equations in Dispersed Two-Phase Flows

Section 2 : Flow Regimes, Hold-Up, and Pressure Drop
Chapter 16 : Flow Pattern Transition in Two-Phase Gas-Liquid Flows
Chapter 17 : Interfacial Phenomena of Fully-Developed, Stratified, Two-Phase Flows
Chapter 18 : Hold-Up in Multiphase Flow
Chapter 19 : Predicting Two-Phase Flow Pressure Drop
Chapter 20 : Co-Current Horizontal and Vertical Upwards Flow of Gas and Non-Newtonian Liquid
Chapter 21 : Stability of Annular Flow in Horizontal Tubes
Chapter 22 : Flow Pattern Transitions During Horizontal In-Tube Condensation
Chapter 23 : Two-Phase Flow in Vertical Noncircular Channels
Chapter 24 : Sonic Velocity in Two-Phase, Separated Flow
Chapter 25 : Two-Phase Flows in Junctions
Chapter 26 : Effect of Flow Obstructions on Flow Transitions and Pressure Drop in Two-Phase Flows
Chapter 27 : Vortex Emission Behind Obstacles in Two-Phase Flows
Chapter 28 : Techniques for Flow Pattern Studies
Chapter 29 : Two-Phase Flow Measurements with Orifices
Chapter 30 : Turbulence Models for Two-Phase Flows
Chapter 31 : Modeling Techniques for Dispersed Multiphase Flows

Section 3 : Reactors and Industrial Applications
Chapter 32 : Contacting and Hydrodynamics in Trickle-Bed Reactors
Chapter 33 : Residence-Time Modeling of Trickle-Flow Reactors
Chapter 34 : Analysis of Gas Discharge from Packed Beds
Chapter 35 : Determining Liquid-Side Mass-Transfer Coefficients and Effective Interfacial Area in Gas-Liquid Contactors
Chapter 36 : Radial Liquid Mixing in Co-Current Gas-Liquid Upflow Packed Beds
Chapter 37 : Axial Mixing in Multiphase Sparged Contactors
Chapter 38 : Flow Patterns in Bubble columns
Chapter 39 : Design and Operation of Bubble Column Reactors
Chapter 40 : Modeling Bubble column Reactors
Chapter 41 : Hold-Up and Interfacial Areas in Pulsed Liquid-Liquid Sieve Plate Columns
Chapter 42 : Hydrodynamics of Pulsed Sieve Plate Extraction Columns
Chapter 43 : Predicting Transient Subcooled Two-Phase Flows
Chapter 44 : Predicting Quench Front Velocity in the Rewetting of Hot Surfaces
Chapter 45 : Heat Transfer and Hydrodynamics of Two-Phase Annular Flow
Chapter 46 : Heat Transport in Nuclear Reactor Channels
Chapter 47 : Flow in Thin-Film Evaporators
Chapter 48 : Hydraulics of Distillation Column Piping
Chapter 49 : Hydrodynamics and Hold-Up in Air-Lift Reactors

Index