This 1975 book presents the fundamental ideas of fluid flow, viscosity, heat conduction, diffusion, the energy and momentum principles, and the method of dimensional analysis.
This 1975 book presents the fundamental ideas of fluid flow, viscosity, heat conduction, diffusion, the energy and momentum principles, and the method of dimensional analysis.
Preface List of symbols Dimensionless ratios 1. Introduction and definitions 2. Fluid flow 3. The energy and momentum equations 4. Applications of the continuity, energy and momentum equations 5. Dimensional analysis applied to fluid mechanics 6. Flow in pipes and channels 7. Pumps and compressors 8. Heat conduction and heat transfer 9. Heat exchangers 10. Dimensional analysis applied to heat transfer 11. Heat transfer and skin friction in turbulent flow 12. Equations of motion for a viscous fluid 13. Boundary layers 14. Turbulent flow 15. Potential flow 16. Diffusion and mass transfer 17. The energy equation and heat transfer 18. Forced convection 19. Compressible flow in pipes and nozzles 20. Open-channel flow 21. Solid particles in fluid flow 22. Flow through packed beds and fluidized solids 23. Condensation and evaporation Appendix 1. Engineer's guide to vector analysis Appendix 2. Equations of motion for an inviscid fluid Appendix 3. Vorticity and circulation Appendix 4. Stress components in a viscous fluid and the equations of motion Appendix 5. Laminar boundary-layer flow Appendix 6. Heat transfer with laminar flow in a pipe Appendix 7. Conversion factors Examples Outlines solutions Index.
Preface List of symbols Dimensionless ratios 1. Introduction and definitions 2. Fluid flow 3. The energy and momentum equations 4. Applications of the continuity, energy and momentum equations 5. Dimensional analysis applied to fluid mechanics 6. Flow in pipes and channels 7. Pumps and compressors 8. Heat conduction and heat transfer 9. Heat exchangers 10. Dimensional analysis applied to heat transfer 11. Heat transfer and skin friction in turbulent flow 12. Equations of motion for a viscous fluid 13. Boundary layers 14. Turbulent flow 15. Potential flow 16. Diffusion and mass transfer 17. The energy equation and heat transfer 18. Forced convection 19. Compressible flow in pipes and nozzles 20. Open-channel flow 21. Solid particles in fluid flow 22. Flow through packed beds and fluidized solids 23. Condensation and evaporation Appendix 1. Engineer's guide to vector analysis Appendix 2. Equations of motion for an inviscid fluid Appendix 3. Vorticity and circulation Appendix 4. Stress components in a viscous fluid and the equations of motion Appendix 5. Laminar boundary-layer flow Appendix 6. Heat transfer with laminar flow in a pipe Appendix 7. Conversion factors Examples Outlines solutions Index.
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