CONTENTS 



E. Convective Heat Transfer and Friction in Flow of Liquids 288 



R. G. Deissler, Lewis Flight Propulsion Laboratory, National 

 Aeronautics and Space Administration, Cleveland, Ohio 

 R. H. Sabersky, Division of Engineering, California Institute 

 of Technology, Pasadena, California 



Chapter 1 . Turbulent Heat Transfer and Friction in 

 Smooth Passages 



1. Introduction 288 



2. Basic Equations 288 



3. Expressions for Eddy Diffusivity 290 



4. Analysis for Constant Fluid Properties 292 



5. Analysis for Variable Fluid Properties 303 



6. Concluding Remarks 313 



Chapter 2. Survey of Problems in Boiling Heat Transfer 



7. Introduction 313 



8. General Results 314 



9. Nucleate Boiling 319 



10. Film Boiling 333 



11. Closing Remarks 334 



12. Cited References and Bibliography 335 



F. Convective Heat Transfer in Gases 339 



E. R. van Driest, North American Aviation, Incorporated, 

 Downey, California 



1. Introduction 339 



2. The Mechanism of Convective Heat Transfer 339 



Chapter 1. Survey of Theoretical Results Applicable to 



Aerodynamic Heat Transfer. Status of Experimental 



Knowledge 



LAMINAR FLOW 



3. Flat Plate Solution 341 



4. Heat Transfer 348 



5. Numerical Results for Zero Pressure and Temperature 

 Gradients along the Flow 350 



6. Cone Solution 362 



7. Stagnation Point Solution 365 



8. Effect of Variable Free Stream Pressure and Variable Wall 

 Temperature 368 



9. Status of Experimental Knowledge 368 



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