Particulates And Continuum

Shao L. Soo

INTRODUCTIONScope and ApplicationsElementary Particle-Fluid InteractionsHeat and Mass Transfer from a SphereDeformable ParticlesMomentum Transfer in a Nonuniform FluidMotion of a Particle Suspended in a FluidParticle DiffusivityElectrostatic ChargingMultiphase Flow SystemsExercise ProblemsBASIC EQUATIONSIntraphase Equations and Balances at the InterfacesSignificance of Phase ConfigurationsAverages and Averaging TheoremsVolume Averaged Equations of Conservation and Interface Balance EquationsClosure RelationsSimplified FormulationsExercise Problems TRANSPORT PROPERTIES AND PROCESSESDrag, Heat, and Mass Transfer of a Particle CloudInteraction of Particles with Surfaces and Momentum TransferTransport Processes among Particle Clouds-Single ScatteringViscosity and Thermal Conductivity of Particle CloudsFlow Regimens of a Cloud of Particles in a Turbulent FluidBrownian Motion, Coagulation, and AgglomerationExercise ProblemsEFFECTS OF WAVES AND ELECTRICITY AND SURFACE BOUNDARY CONDITIONSInteraction with RadiationInteraction with Sound WavesInteraction with an Ionized GasMobility and Electrical ConductivityCharge DistributionBoundary Conditions of Suspensions Exercise ProblemsONE-DIMENSION MOTIONSAdiabatic FlowOne-Dimentional Steady MotionAdiabatic Flow through a NozzleGas-Liquid SystemsUnsteady FlowShock Waves in Dusty GasSettling in an External FieldSettling of Charged DustsExercise ProblemsPIPE FLOW OF A SUSPENSIONExperimental Studies on Dilute SuspensionsBasic Relations of Pipe FlowFully Developed Pipe FlowSedimentary FlowFlow of Suspension of FibersHeat Transfer in Pipe FlowCyclone SeparationExercise ProblemsGENERAL MOTION OF DILUTE SUSPENSIONSVortex MotionEletrohydrodynamic FlowLaminar Boundary Layer Motion over a Flat P