Title: Multiphase Flow And Heat Transfer : Second International Symposium, 2 Volume Set Author: Chang L Tien, T. Nejat Veziroglu, Xue Jun Chen ISBN: 1560320508 / 9781560320500 Format: Hard Cover Pages: 1539 Publisher: HPC Year: 1991 Availability: In Stock
Description
Contents
Multiphase flow and heat transfer applications are found in a wide range of engineering systems, such as heat exchangers, boilers, evaporators, condensors, boiling water reactors, particle separators, filters and fluidized beds.Over the past three decades problems and instabilities in two-phase flow heat transfer have challenged many investigators, as these phenomena affect not merely the efficient and economical design of equipment, but also its safety in operation.Owing to the recent energy and environmental crises, many other multiphase flow and heat transfer problems have become important.Some of these include: modeling of the loss-of-coolant accident in pressurized water nuclear reactors, scaling up of fluidized bed reactors for converting coal to clean gaseous and liquid fuels, design of heat exchangers for liquefied natural gas and liquefied petroleum gas, and control of microcontamination and air pollution control.
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