Tab Article

Preface
Acknowledgements

Volume – 1
Keynote Paper
Chapter 1 : Introduction on Research Activities of Multiphase Flow and Heat Transfer in China

Section 1 : Two-Phase and Multiphase Fundamentals
Invited Lecture
Chapter 2 : Fluid Dynamics of Large Aspect-Ratio Cylinders in a Viscoelastic Fluid
Chapter 3 : Shock Waves Amplification in Bubbly Liquids
Chapter 4 : Gas-Liquid Two-Phase Separation and Pressure Drop of a Horizontal T-Junction
Chapter 5 : Experimental Study on Gas-non-Newtonian Liquid Two-Phase Flow in a Vertical Tube
Chapter 6 : Geometric-Topological Analysis of Vapor-Liquid Two-Phase Flow
Chapter 7 : Nonlinear Analysis of Effects of Surface Tension Gradients on Bubble Formation in Capillary Channels by Boundary Element Method
Chapter 8 : Three-Dimension Stratified Laminar Gas-Liquid Two-Phase Pipe Flow Models
Chapter 9 : Collapse of a Two-Phase Bubble in an Immiscible Liquid
Chapter 10 : The Growth Mechanism of Gas Bubble Rising in Hot Liquid below Boiling Point
Chapter 11 : The Bubble Motion in Two-Phase Bubbly Flow in Horizontal Helically Coiled Tubes
Chapter 12 : Deformation of a Periodic Array of Drops through a Viscous Fluid at Creeping Velocity
Chapter 13 : General Thermodynamic Limits of Critical Mass Flow Rates for Two-Phase Equilibrium and Nonequilibrium Flows
Chapter 14 : Sound Velocity in Vapor-Liquid Two-Phase Medium
Chapter 15 : Numerical Analysis of Thermodynamic Characteristics and Parameters in Cryogenic Expansion for Two-Phase Multicomponents Mixture
Chapter 16 : Flow Pattern Transition Identification of Upward Two-Phase Flow in Vertical Tubes by Using Mathematical Model Method
Chapter 17 : Investigations of Plug Flow in Vertical Pipe
Chapter 18 : Experimental Study of Effect of Flow Direction and Flow Patterns on Frictional Pressure Drop Variation of Two-Phase Air-Water Flow within a Quadruple-Lead Ribbed Tube
Chapter 19 : Performance Characteristics of Nozzles for Subcooled Hot Water (Improvement of Nozzle Performance)
Chapter 20 : Influence of Subcooling on Breakdown Characteristics of Falling Liquid Films
Chapter 21 : Experimental Study of Solitary Waves on Falling Film
Chapter 22 : Experimental Analysis of a Cylindrical Liquid Jet in Another Immiscible Liquid
Chapter 23 : On the Numerical Calculation of the Moving Liquid Film Flows under the Shear Force of the Laminar and Turbulent Boundary-Layer Flows
Chapter 24 : Void Fraction Profile in a Vertical Upward Bubble Flow
Chapter 25 : Flow Regimes Characterization in Vertical Downward Two-Phase Flow
Chapter 26 : Choked Flow of Hydrocarbon Mixtures through Nozzles
Chapter 27 : Application of General Non-Orthogonal Coordinate System for Calculation of Two-Phase Flows in Venturi Tube
Chapter 28 : Predicting Two-Phase Pressure Drops in Flowing Wells
Chapter 29 : Study of Air Side Heat Transfer and Pressure Drop in Finned Tube Bundles by Using Perpendicular Test Method

Section 2 : Boiling Heat Transfer
Invited Lecture
Chapter 30 : Boiling Hysteresis on Porous Metallic Coatings
Chapter 31 : Heat Transfer at Pool Boiling on Surfaces with Porous Coating
Chapter 32 : Influence of Flow Parameters and Heating Characteristics on Boiling Curves in Forced Convection
Chapter 33 : Assessment of Heat Transfer Correlations for Subcooled and Low Quality Film Boiling of Water in a Vertical Tube
Chapter 34 : The Effects of Thermal Properties of the Wall on Nucleate Pool Boiling Heat Transfer
Chapter 35 : A Thermo-Hydrodynamic Method Describing the Behavior of Two-Phase Flow in Subcooled Convective Boiling Based on Non-Equilibrium Thermodynamics
Chapter 36 : A Nucleation Model for Superheated Liquids in Adiabatic Vessels and Pipes
Chapter 37 : An Investigation on Boiling Heat Transfer Characteristics in Vertical Downward Flow Tubes
Chapter 38 : Experimental Investigation of Boiling Heat Transfer Characteristics in Horizontal Tube
Chapter 39 : Jet Impingement Transient Boiling Heat Transfer on Hot Surfaces
Chapter 40 : Boiling Heat Transfer from a Thin Powder Porous Layer at Low and Moderate Heat Flux
Chapter 41 : The Experimental Design for Convective Boiling Heat Transfer of Mixture of Immiscible Two Liquids in a Horizontal Tube and Statistical Analysis for the Characteristics of Heat Transfer
Chapter 42 : Boiling Heat Transfer on a Finned Surface
Chapter 43 : Analysis and Experiment of Pool Boiling Heat Transfer from CIT-Shaped Finned Tube above Atmospheric Pressure
Chapter 44 : Experimental Measurement of the Minimum Film Boiling Temperature for Flowing Water

Section 3 : Two-Phase Flow Instability
Invited Lecture
Chapter 45 : Two-Phase Flow Dynamic Instabilities in Boiling Systems
Chapter 46 : An Investigation on Density Wave Oscillation
Chapter 47 : The Analysis of Density Wave Instability in a Boiling Flow System
Chapter 48 : Experimental and Theoretical Investigation of Two-Phase Flow Pressure-Drop Type and Thermal Oscillations
Chapter 49 : Mathematical Modeling of Two-Phase Flow Thermal Oscillations in Single Channel Upflow System
Chapter 50 : An Experimental Investigation on Hydrodynamic Stability of Low Quality Two-Phase Flow in a Low Pressure Natural Circulation System
Chapter 51 : An Experimental Investigation of Two-Phase Flow Density Wave Type Instability in Vertical Upflow Tube
Chapter 52 : Analysis of Stability in a Low Pressure, Low Quality and Two-Phase Flow with Natural Circulation

Section 4 : Condensation
Chapter 53 : Experimental Investigation of Downward Condensing Plug Flow
Chapter 54 : Research of Laminar Film Condensation on Horizontal Coiled Condenser
Chapter 55 : Condensation Heat Transfer on Horizontal and Inclined Downward-Facing Surfaces
Chapter 56 : Experiment and Theory of Homogeneous Nucleation of Nitrogen
Chapter 57 : Power Condenser Performance Simulation Taking Account of Axial Effects
Chapter 58 : Prediction and Analysis of Laminar Film Heat Transfer in Inclined Rectangular Ducts
Chapter 59 : Condensate Flow Stability down the Outer Surface of a Vertical Tube and Down a Plane Wall with Varying Temperature
Chapter 60 : Augmentation of Condensation in Internal Spiral-Finned Tubes
Chapter 61 : An Experimental Investigation for Condensation of Non-Azeotropic Refrigerant Mixtures Outside a Horizontal Tube
Chapter 62 : The Prediction of V-Type Vertical Fluted Tubes with Vapor Condensing on Outside
Chapter 63 : Enhancement of Condensation Heat Transfer of Horizontal Low-Finned Tubes by the Two Kinds of New Type Drainage Plates

Section 5 : Heat and Mass Transfer Enhancement
Invited Lecture
Chapter 64 : Some Recent Researches and Developments on Heat Transfer Enhancement of Organic Compounds with Phase Changes
Chapter 65 : Boiling Heat Transfer and Frictional Pressure Drop in Internally Ribbed Tubes
Chapter 66 : Heat Transfer Analysis in a Porous Media Crossed by a Flowing Fluid
Chapter 67 : A Mechanism Study on Enhancement of Nucleate Boiling Heat Transfer with Additives
Chapter 68 : A Study of the Optimum Inserts for Enhancing Convective Heat Transfer of High Viscosity Fluid in a Tube
Chapter 69 : Friction and Heat Transfer Characteristics in a Tube with a Loose Fitting Twisted-Tape Insert
Chapter 70 : Heat Transfer and Flow Resistance of R-502 Flow Boiling Inside Horizontal ISF Tubes
Chapter 71 : Experimental Study and Theoretical Analysis on Heat Transfer Enhancement by Froth
Chapter 72 : Mass Transfer into a Falling Water Film on a Vertical Cylinder with a Downward Step
Chapter 73 : Enhancement of Heat Transfer on Air-Cooling Condenser
Chapter 74 : Experimental and Numerical Study on Film-Cooling Performance of Two-Staggered Rows of Holes
Chapter 75 : Investigation of the Heat Transfer Performance of Mechanically Made Porous Surface Tubes with Ribbed Tunnels
Chapter 76 : Two-Dimensional Heat Transfer in a Fin as Observed by Finite Element Analysis
Chapter 77 : Studies on Heat Transfer Performances around the Pinch Point and the Method of Local Enhanced Heat Transfer in a Binary Cycle
Chapter 78 : Natural Convection in an Externally Heated Inclined Rectangular Enclosure Containing Internal Energy Sources
Chapter 79 : Analysis of Heat Transfer with Phase Change between Two Immiscible Liquids
Chapter 80 : Experimental Investigation of Contact Melting in a Rectangular Cavity
Chapter 81 : Refrigerant Two-Phase Flow in a Diabatic Capillary Tube
Chapter 82 : A New Method to Evaluate Augmentative Heat Transfer Technique
Chapter 83 : The Study on Impinging Heat Exchange with a Single Slot Nozzle (SSN)
Chapter 84 : Laminar Film Condensation of Freon-Air Mixture on High Performance Vertical Condensing Surface with Parallel Low Fins
Volume – 2
Section 1 : Two-Phase Application
Invited Lecture
Chapter 1 : Thermodynamic Aspects of Total Flow Turbine Systems and Performance of Various Two-Phase Flow Expanders
Chapter 2 : A Study of Heat Transfer Characteristics and Mechanisms of Horizontal Spray Falling Film Evaporator with Elliptical Porous Tubes
Chapter 3 : Heat Transfer in a Rotating, Non-Aligned, Straight, Annular Channel
Chapter 4 : Tar Dewatering in Forced Annular Flow
Chapter 5 : Investigations on Two-Phase Flow in Vertical Steam Accumulators During the Charging Period
Chapter 6 : Numerical Calculation Method for Evaluating Subcooled Boiling Critical Flow Velocity in Water-Wall Tube of Hot Water Boiler
Chapter 7 : Analysis of Flow Reversal in Natural-Circulation Boilers
Chapter 8 : Investigation on Shell-Side Fluid Flow in NTIC-DDB Shell and Tube Heat Exchangers by Stream Analysis Method
Chapter 9 : Experimental Investigation on a High Efficient Large-Scale Heat Pipe Air Preheater Used in a Pulverized-Coal-Fired Boiler in a Power Station
Chapter 10 : Experimental Research for Heat Transfer and Hydraulic Resistance of Drop-shaped Tube Banks
Chapter 11 : An Investigation on Hydrodynamics and Heat Transfer of Rodbaffle Heat Exchanger Bundle

Section 2 : Nuclear Safety
Invited Lecture
Chapter 12 : CHF During Transients Caused by the Simultaneous Variations of Pressure, Power, and/or Flow Rate
Chapter 13 : Transient Liquid Carryover from a Two-Phase Pool upon Injection of a Flashing Jet
Chapter 14 : Thermohydraulic Behavior of the Coolant in the Initial Phase of a Loss-of-Coolant Accident
Chapter 15 : Post-Test Analysis of LOBI-MOD2 Loss of Main Feedwater Test Using RELAP5/MOD2
Chapter 16 : IVA2 Application : Transient Three-Dimensional Non-Equilibrium Effects During APWR LOCA
Chapter 17 : Transient Heat Transfer Phenomena in Small-Break LOCA Experiments
Chapter 18 : Entrance Effect on Flooding in Vertical Two-Phase Flow
Chapter 19 : Analysis of the ATWS Type Depressurization Tests through the Pressurizer Relief Line of the LV400 Loop by the RELAP5/MOD2 Code
Chapter 20 : The Effect of Tube Size and Length on the Flow Regime and Flooding Phenomena in Vertical, Two-Phase, Counter Current Flow
Chapter 21 : A New Approach to the Solution of LOCA
Chapter 22 : Investigation of Two-Phase Turbulent Mixing Between Adjacent Sub-Channels

Section 3 : Gas-Solid Two-Phase Flow
Invited Lecture
Chapter 23 : Comparative Formulations of Multiphase Flow
Chapter 24 : Time-and Volume-Averaged Conservation Equations for Multiphase Flow
Chapter 25 : Statistical Properties of Dense Suspensions in Pipeflow
Chapter 26 : Prediction of confined Turbulent Gas-Particle Jets by an Energy Equation Model of Particle Turbulence
Chapter 27 : The Experimental Study of Influencing Factors of Convective Heat Transfer for Vertical Immersed Tube in Fluidized Bed
Chapter 28 : A Numerical Study on Gas-Solid Two-Phase Relaxation Flow with Normal Shock Wave
Chapter 29 : Modeling of Particle Interaction with Gas-Dynamic Flow of Toroidal Vortex
Chapter 30 : Macro/Micro (Trajectory Splitting) Diffusion Model for Computation of Particle Turbulent Diffusion in Gas-Solid Flows
Chapter 31 : Experimental Investigation on the Gas-Solids Flow Patterns in an L-Valve
Chapter 32 : Prediction of the Kinematic Characteristics of Solid Particles in the Impeller with the Method of Three-Dimensional, Gas-Solid, Two-Phase Flow Calculation
Chapter 33 : Ultrasonic Measurement Techniques in Solid-Liquid Two-Phase Flow
Chapter 34 : Numerical Solutions for One-Dimensional, Gas-Solid, Two-Phase Flows of Sparse Phase in Vertical Circular Pipe
Chapter 35 : On Pulverized Coal Flame Stabilization
Chapter 36 : Deposition Pattern of Fine Solid Particles in Gas Turbine Cascade
Chapter 37 : A Study on Specific Impulse Loss of Suspersonic Nozzle with Gas-Solid Two-Phase Flow
Chapter 38 : The Cyclone : A New High Temperature Gas-Solid Chemical Reactor
Chapter 39 : Two-Phase Gas-Particle Flow through Venturi
Chapter 40 : Research on Swirling Flow Pneumatic Transport in Horizontal Tube
Chapter 41 : Experimental Study of Ash Cutting
Chapter 42 : Open-Subchannel Model for Heat Transfer in Gas-Solid Fixed Bed Reactor with Low Tube/Particle Diameter Ratio
Chapter 43 : The Measurements of Voidage Distribution in Gas-Solid Bed Reactor
Chapter 44 : Solids Flow Characteristic of H-Valve for Recycle System of CFBB

Section 4 : Fluidized Bed
Chapter 45 : Flow of an Internal Circulation System in Shallow Gas-Solid Fluidized Beds
Chapter 46 : Elutriation and Entrainment from Internal Circulation Gas-Solid Fluidized Beds
Chapter 47 : Backmixing Process in the Splash Zone of the Fluidized Bed
Chapter 48 : Heat Transfer in Central Area of Circulating Fluidized Bed
Chapter 49 : New Correlation for the Hydrodynamic Operating Parameters of Circulating Fluidized Bed
Chapter 50 : A Study on Local Heat Transfer Characteristics of a Horizontal Immersed Tube in Fluidized Beds
Chapter 51 : Measurement of the Velocity Profiles of Solid Particles in a Fluidized Bed Channel
Chapter 52 : Research on the Solids Recycle Systems for Circulating Fluidized Beds
Chapter 53 : A New Type Gas-Solid Fluidized Bed with Tangent Jets and a Spiral Distributor
Chapter 54 : The Measurement of the Stability of a Magnetized Gas-Solid Fluidized Bed with Capacitance
Chapter 55 : An Experimental Study on the Decomposition Properties of Limestone in the Circulation Fluidized Reactor
Chapter 56 : The Theoretical Investigation of the Solids Flow Characteristics of Inner-Circulation Fluidized Bed

Section 5 : Two-Phase Flow Measurement
Invited Lecture
Chapter 57 : Multiphase Flow Metering
Chapter 58 : Mapping and Measurement of Aerodynamic Heating and Surface Flow Visualization in Hypersonic Flow
Chapter 59 : Measurement of Void Fraction by Using Fiber Optic in the Air-Water Two-Phase Flow
Chapter 60 : Measurement of Void Fraction with Capacitance Method in Vertical Downward Vapor-Liquid Flow
Chapter 61 : Advanced Two-Phase Measurements Developed at ENEA Laboratories
Chapter 62 : Steam-Water Two-Phase Flow Measurements with Sharp-Edged Orifices
Chapter 63 : A Measuring System for Two-Phase Flow Pattern Recognition Using Statistical Analysis
Chapter 64 : Particle/Droplet Measurements in Two-Phase Flows
Chapter 65 : Measurement of Large Air Bubbles and Solid Particles Moving in the Three-Phase Suspension Flow Using Laser-Doppler Anemometry
Chapter 66 : Research on Measurement of Air-Water Two-Phase Flow Rate in Horizontal Tube by Cross-Correlation Technique
Chapter 67 : A Heated Thermocouple Probe for Dynamic Level and Phase Detection at High Pressure and High Temperature

Section 7 : Thermosyphon
Chapter 68 : Performance Characteristics of Vertical, Closed, Two-Phase Thermosyphons with Cross-Over Separators
Chapter 69 : Heat Transfer Performance of Two-Phase Closed Thermosyphon with Small Inclination Angle
Chapter 70 : A Design Model of Vertical Thermosyphon Reboilers
Chapter 71 : The Flow and Heat Transfer Characteristics of the Open, Two-Phase Thermosyphon (OTPT)
Chapter 72 : An Investigation on Heat Transfer Performance of Gravity Heat Pipes with Various Inclined Angles

Section 8 : Wet Steam
Chapter 73 : Prediction of Water Droplet Motion in a Wet Steam Turbine Stationary Cascade
Chapter 74 : Free Energy Loss During the Breakdown of Liquid Film Flowing Vertically down a Solid Surface
Chapter 75 : Nonequilibrium Wet Steam Flow in the Last Stage of Steam Turbines
Chapter 76 : Deposition and Drainage of Water on the Hollow Stator Blades of Steam Turbines
Chapter 77 : Criterion of Erosion Damage of the Rotor Blading in Wet Steam Turbines

Index