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Transport phenomena in multiphase systems / Amir Faghri, Yuwen Zhang. - Burlington, MA : Elsevier, 2006. - XXVII, [1] strona : ilustracje ; 27 cm.

Autor

Faghri Amir. Zhang Yuwen (1965- ).

Forma i typ

Książki Publikacje naukowe

Temat

Przepływ dwufazowy

Dziedzina i ujęcie

Inżynieria i technika

Bibliografia przy rozdziale. Indeks.

Introduction to Transport Phenomena Physical Concepts Sensible Heat Latent Heat Phase Change Molecular Level Presentation Kinetic Theory Intermolecular Forces Cohesion and Adhesion Enthalpy and Energy Review of Fundamentals of Transport Phenomena Continuum Flow Limitations Transport Phenomena Microscale and Nanoscale Transport Phenomena Dimensional Analysis Scaling Multiphase Systems and Phase Changes Overview and Classifications Solid-Liquid Phase Change Including Melting and Solidification Solid-Vapor Phase Change Including Sublimation and Vapor Deposition Interfacial Phenomena Condensation Evaporation and Boiling Two-Phase Flow Applications of Transport Phenomena in Multiphase Systems Energy Systems, Including Fuel Cells and Combustors Food and Biological Material Processing Laser-Assisted Manufacturing Heat Pipes Electronics Cooling Microscale Phase Change Heat Transfer Thermodynamics of Multiphase Systems Fundamentals of Thermodynamics Thermodynamic Laws Thermodynamic Relations Gibbs Phase Rule Equilibrium and Stability of Single-Phase Systems Equilibrium Criteria for Pure Substances Maxwell Relations Closed Systems with Compositional Change Stability Criteria System with Chemical Reactions Thermodynamic Surfaces and Equations of State Thermodynamic Surfaces of a Single-Component Substance p-T, p-v and T-s Phase Diagrams for a Pure Substance Equations of State for Pure Substances Phase Diagrams for Multicomponent Systems Equilibrium and Stability of Multiphase Systems Two-Phase Single-Component Systems Clapeyron Equation Multiphase Multicomponent Systems Metastable Equilibrium and Nucleajjon Thermodynamics at the Interfaces Equilibrium at the Interface Surface Tension: Thermodynamic Definitions Microscale Vapor Bubbles and Liquid Droplets Disjoining Pressure: Thermodynamic and Hydrodynamic Definitions Superheat-Thermodynamic and Kinetic Limit Definitions Generalized Governing Equations: Local Instance Formulations Transport Phenomena in Multiphase Systems Macroscopic (Integral) Formulation Conservation of Mass Momentum Equation Energy Equation The Second Law of Thermodynamics Species Microscopic (Differential) Formulation Conservation of Mass Momentum Equation Energy Equation The Second Law of Thermodynamics Species Jump Conditions at the Interfaces Classification of PDEs and Boundary Conditions Rarefied Vapor Self-Diffusion Model An Extension: Combustion Generalized Governing Equations: Averaging Formulations Overview of Averaging Approaches Eulerian Averaging Lagrangian Averaging Molecular Statistical Averaging Volume-Averaged Multi-Fluid Models Continuity Equation Momentum Equation Energy Equation The Second Law of Thermodynamics Species Volume-Averaged Homogeneous Model Continuity Equation Momentum Equation Energy Equation The Second Law of Thermodynamics Species Area-Averaged Models for Channel Flows Homogeneous Model Separated Flow Model An Extension: Porous Media Conservation of Mass Conservation of Momentum Energy Equation The Second Law of Thermodynamics SpeciesMultiphase Transport in Porous Media Boltzmann Statistical Averaging Boltzmann Equation Lattice Boltzmann Model (LBM) LBM for Multiphase Flows Solid-Liquid-Vapor Phenomena and Interfacial Heat and Mass Transfer Surface Tension Capillary Pressure: The Young-Laplace Equation Interface Shapes at Equilibrium Effects of Interfacial Tension Gradients Wetting Phenomena and Contact Angles Equilibrium and Apparent Contact Angles Wettability and Adsorption Phase Equilibrium in Microscale Interfacial Systems Ultra-Thin Liquid Films, Disjoining Pressure Change in Saturated Vapor Pressure over a Curved Interface Transport Effects at the Interface Interfacial Mass, Momentum, Energy, and Species Balances Interfacial Resistance in Vaporization and Condensation Formation of and Heat Transfer through Thin Liquid Films Heat Transfer in the Thin-Film Region of an Axially-Grooved Structure Dynamic Behaviors of Interfaces Rayleigh-Taylor and Kelvin-Helmholtz Instabilities Surface Waves on Liquid Film Flows Numerical Simulation of Interfaces and Free Surfaces Continuum Approach: Interface Tracking Techniques Noncontinuum Approach: Molecular Dynamic Simulation Melting and Solidification Boundary Conditions at the Solid-Liquid Interface Exact Solution Governing Equations of the Solidification Problem Dimensionless Form of the Governing Equations Exact Solution of the One-Region Problem Transport Phenomena in Multiphase Systems Exact Solution of the Two-Region Problem Integral Approximate Solution Heat Conduction in a Semi-Infinite Body One-Region Problem Two-Region Problem Solidification/Melting in Cylindrical Coordinate Systems Numerical Simulation Enthalpy Method Equivalent Heat Capacity Method Temperature-Transforming Model Solidification of a Binary Solution System Overview Integral Approximate Method Mixture Model Volume-Averaging Model Contact Melting in a Rectangular Cavity Fixed Melting and Contact Melting Contact Melting in a Rectangular Cavity Melting and Solidification in Porous Media Convection-Controlled One-Region Melting Problem An Enthalpy Model for Two-Region Melting/Solidification Applications of Solid-Liquid Phase Change Latent Heat Thermal Energy Storage Heat Pipe Startup from Frozen State Thermal Protection from Intense Localized Heating Using PCM Microwave Thawing of Food and Biological Materials Laser Drilling Selective Laser Sintering (SLS) of Metal Powders Microscale Phase Change Two-Step Model Sublimation and Vapor Deposition Sublimation Sublimation over a Flat Plate Sublimation inside an Adiabatic Tube Sublimation inside a Tube Subjected to External Heating Sublimation with Chemical Reaction Chemical Vapor Deposition (CVD) Governing Equations of CVD Transport Properties Typical Selected Applications Chapter 8 Condensation Dropwise Condensation Dropwise Condensation Formation Theories Critical Droplet Radius for Spontaneous Growth and Destruction Thermal Resistances in the Condensation Processes Heat Transfer Coefficient for Dropwise Condensation Filmwise Condensation Regimes of Filmwise Condensation Modeling of Laminar Film Condensation of a Binary Vapor Mixture Filmwise Condensation in a Stagnant Pure Vapor Reservoir Effects of Vapor Motion Turbulent Film Condensation Other Filmwise Condensation Configurations Effects of Noncondensable Gas Flooding or Entrainment Limit Nongravitational Condensate Removal Condensation in a Tube with Suction at the Porous Wall Annular Condensation Heat Transfer in a Microgravity Environment Condensation Removal by a Centrifugal Field via a Rotating Disk Condensation by Capillary Action in a Heat Pipe Film Condensation in Porous Media Gravity-Dominated Film Condensation on an Inclined Wall Effect of Surface Tension on Condensation in Porous Media Evaporation Classification and Criteria of Evaporation Evaporation from an Adiabatic Wall Evaporation from Horizontal Films Evaporation from a Vertical Falling Film Transport Phenomena in Multiphase Systems Falling Film Evaporation on a Heated Wall Classical Nusselt Evaporation Laminar Falling Film with Surface Waves Turbulent Falling Film Surface Spray Cooling Evaporation from a Wedge or Cone Embedded in a Porous Medium Direct Contact Evaporation Evaporation of a Liquid Droplet in a Hot Gas Evaporation of a Liquid Jet in a Pure Vapor Evaporation inside Pores and Slots/MicrdchannelsEvaporation from Cylindrical Pore under Low/Moderate Heat Flux Fluid Flow Effect in Pore/Slots during Evaporation Evaporation under High Heat Flux Evaporation in an Inclined MicroChannel Evaporation from Inverted Meniscus in Porous Media Chapter 10 Boiling Pool Boiling Regimes Nucleate Boiling Nucleation and Inception Bubble Dynamics Bubble Detachment Nucleate Site Density Bubble Growth and Merger Heat Transfer in Nucleate Boiling Critical Heat Flux Transition Boiling and Minimum Heat Flux Transition Boiling Minimum Heat Flux Film Boiling Film Boiling Analysis Direct Numerical Simulation of Film Boiling Leidenfrost Phenomena Boiling in Porous Media Nucleate Boiling in a Wicked Surface Boiling in Porous Media Heated from Below Film Boiling Analysis in Porous Media Chapter 11 Two-Phase Flow and Heat Transfer Flow Patterns of Liquid-Vapor (Gas) Two-Phase Flow Concepts and Notations Flow Patterns in Vertical Tubes Flow Patterns in Horizontal Tubes Two-Phase Flow Models Homogeneous Flow Model Separated Flow Model Frictional Pressure Drop Void Fraction Forced Convective Condensation in Tubes Two-Phase Flow Regimes Heat Transfer Predictions Forced Convective Boiling in Tubes Regimes in Horizontal and Vertical Tubes Bubble Lift-Off Size in Forced Convective Boiling Heat Transfer Predictions Two-Phase Flow and Heat Transfer in Micro- and Two-Phase Flow Patterns Flow Condensatio Flow Evaporation and Boiling

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