Particulates and Continuum : Multiphase Fluid Dynamics

摘要: INTRODUCTION Scope and Applications Elementary Particle-Fluid Interactions Heat Mass Transfer from a Sphere Deformable Particles Momentum in Nonuniform Fluid Motion of Particle Suspended Diffusivity Electrostatic Charging Multiphase Flow Systems Exercise Problems BASIC EQUATIONS Intraphase Equations Balances at the Interfaces Significance Phase Configurations Averages Averaging Theorems Volume Averaged Conservation Interface Balance Closure Relations Simplified Formulations TRANSPORT PROPERTIES AND PROCESSES Drag, Heat, Cloud Interaction with Surfaces Transport Processes among Clouds-Single Scattering Viscosity Thermal Conductivity Clouds Regimens Turbulent Brownian Motion, Coagulation, Agglomeration EFFECTS OF WAVES ELECTRICITY SURFACE BOUNDARY CONDITIONS Radiation Sound Waves an Ionized Gas Mobility Electrical Charge Distribution Boundary Conditions Suspensions ONE-DIMENSION MOTIONS Adiabatic One-Dimentional Steady through Nozzle Gas-Liquid Unsteady Shock Dusty Settling External Field Charged Dusts PIPE FLOW A SUSPENSION Experimental Studies on Dilute Basic Pipe Fully Developed Sedimentary Suspension Fibers Cyclone Separation GENERAL MOTION DILUTE SUSPENSIONS Vortex Eletrohydrodynamic Laminar Layer over Flat Plate Particulate Jets Sprays Diffusion Fall-Out Point Sources Over Cylinder DENSE SYSTEMS Some Fundamental Nature Dense Porous Media Moving Beds Observations Fluidized Bubbles Circulatory Prodesses