Proceedings of the International Symposium on Two-Phase Systems

Contents

Preface

Supporting Organizations

1.0. Status of and Problems in Boiling and Condensation Heat Transfer

1.1. Fluid Modeling of Critical Heat Flux in Uniformly Heated Annuli

1.2. Burnout Conditions for Round Tubes at Elevated Pressures

1.3. Heat Transfer during Film Condensation of Saturated and Superheated Freon-12

1.4. Post-burnout Heat Transfer in High-pressure Steam-Water Mixtures in a Tube with Cosine Heat Flux Distribution

1.5. Prediction of Time-dependent Diabatic Two-phase Water Flows

1.6. CHF Data from Freon-11 Flow for Scaling CHF in Water

1.7. Condensation of Bubble Trains

1.8. On the Condensation of an Injected Vapor Bubble in a Subcooled Liquid Stream

1.9. Transport Phenomena at the Liquid-Vapor Interface of Mercury using a Radioactive Tracer

2.0. Characterization, Effects and Modeling of the Wavy Gas-Liquid Interface

2.1. Air-Water Annular Flow in a Horizontal Tube

2.2. Finite-amplitude Wavy Flow of Thin Films

2.3. Finite Amplitude Stability of a Contaminated Liquid Film

2.4. Stagnation-point Free-convection Film Boiling on a Hemisphere

3.0. The Role of Experiments in Two-phase Systems with Particular Reference to Measurement Techniques

3.1. Out-of-pile Subchannel Measurements in a Nine-rod Bundle for Water at 1000 psia

3.2. A Combined Photographic Film Thickness and Temperature Technique for observing Dryout

3.3. Migration in a Laminar Suspension Boundary Layer measured by the Use of a Two-dimensional Laser-Doppler Anemometer

3.4. Measurement of Slip Distribution and Average Void Fraction in an Air-Water Mixture

3.5. Drag Coefficient for Particles in Rarefied, Low Mach-number Flows

4.0. Turbulent Fluid and Particle Interaction

4.1. Sedimentary Pipe Flow

4.2. Particle Dynamics in Solids-Gas Flow in a Vertical Pipe

4.3. A Test of Similarity Variable for Dilute Fluid-Solid Heat Transfer

4.4. Turbulent Diffusion of Small Particles suspended in Turbulent Jets

5.0. Dynamics of Neutrally Buoyant Particles in Low Reynolds Number Flows

5.1. Viscosity of Concentrated Suspensions of Spheres

5.2. A Second-order Theory for a Deformable Drop suspended in a Long Conduit

5.3. Numerical Solution of Heat and Mass Transfer from Spheroids in Steady Axisymmetric Flow

6.0. The Mechanics of Two-phase Systems

6.1. Propagation of Shock Waves in Bubble-Liquid Mixtures

6.2. Two-phase Two- and One-component Critical Flows with the Variable Slip Model

6.3. The Speed of Sound in Single-Component Two-phase Fluids: Theoretical and Experimental

7.0 Special Topics

7.1. Slug Ejection of Freon-l13 from a Vertical Channel with Nonuniform Initial Temperature Profiles

7.2. Operational Limits of a Submerged Condenser

7.3. Systems consisting of Two Liquid Phases and Solid Particles

7.4. Heat-transfer Potential of Liquid-Gas Spray Flows

7.5. An Experimental Study of Continuous Free Withdrawal of Wires from Newtonian Fluids