next up previous
Next: List of Figures Up: Title Page Previous: Title Page

Contents

i. Nomenclature
ii. List of Figures
iii. List of Tables
1. INTRODUCTION AND CONCEPTS
1.1. Definitions
1.2. Flow Patterns
1.3. Pool Boiling
1.4. Flow Boiling
1.5. Condensation
2. FLOW PATTERNS AND FLOW-PATTERN TRANSITIONS
3. MULTIPHASE FORMULATION AND PRESSURE DROP
3.1. Homogeneous Equilibrium Model
3.2. Separated Flow Model
3.3. Two-Fluid Model
3.4. Pressure Drop in a Closed Conduit
3.5. Void Fraction Prediction with the Drift Flux Model
4. SOUND SPEED AND CRITICAL FLOW
4.1. Single Phase Critical Flow
4.2. Homogeneous Equilibrium Model for Critical Flow
4.3. Homogeneous Frozen Flow Model for Critical Flow
4.4. Separated Flow Model for Critical Flow
4.5. Fluids Other Than Water For Separated Flow Model
4.6. The Physical Basis of Choked Two Phase Flow
4.7. Advanced Computational Models
4.8. Observations
5. POOL BOILING
5.1. Bubble Nucleation and Onset of Nucleate Boiling
5.2. Bubble Growth and Nucleate Boiling
5.3. Pool Boiling Critical Heat Flux
5.4. Film Boiling and the Minimum Film Boiling Point
6. FLOW BOILING HEAT TRANSFER
6.1. Objectives
6.2. Regions of Heat Transfer
6.3. Single-Phase Liquid Heat Transfer
6.4. The Onset of Nucleate Boiling
6.5. Subcooled Boiling
6.6. Saturated Boiling and the Two-Phase Forced Convection Region
7. BURNOUT AND THE CRITICAL HEAT FLUX
7.1. Introduction and Objectives
7.2. Effect of System Parameters on CHF
7.3. Correlation Methods for CHF in Round Tubes With Uniform Heating
7.4. Limits on the Critical Heat Flux
7.5. Mechanisms of Critical Heat Flux
7.6. Prediction of CHF in Annular Flow
7.7. Correlations for CHF With Uniform Heating
7.8. CHF With a Nonuniform Heat Flux
7.9. Correlation of Burnout for Rod Bundles (sub-channel analysis):
7.10. CHF Estimates for Nonaqueous Fluids
7.11. Observations
8. POST-CHF HEAT TRANSFER
8.1. Introduction and Objectives
8.2. Post-CHF Heat Transfer Models and Correlations
8.3. Empirical Correlations
8.4. Non-Equilibrium Empirical Models
8.5. Semi-Theoretical Models
8.6. Transition Boiling
8.7. Transition to Film Boiling
8.8. Observations
9. CONDENSATION
9.1. Basic Processes of Condensation
9.2. Theoretical Developments of Condensation
9.3. Experimental Investigations
9.4. Separate Effects and Large Scale Tests
9.5. Observations


All contents © Michael L. Corradini
nsrc-webmaster@loca.neep.wisc.edu
Last Modified: Mon Aug 4 00:56:50 CDT 1997