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基本説明
Concerned with the calculation and design of atomizers and their industrial uses.
Full Description
In this book, prominent Russian scientist Yuriy I. Khavkin shows that the droplet sizes in swirl atomizers depend only on the specific energy of the liquid drops and on viscosity. The new theory based only on two parameters is shown to be far simpler and in better agreement with experimental data than any previous presentations. The following topics are included in the book: · The solution of the Navier-Stokes equation for a liquid rotating flow · Atomizers for gas turbine combustion chambers · Atomizers for high capacity steam boilers · Atomizers for liquid-propellant rocket engines · Quality of liquid atomization by non-swirl atomizers · A unique table of experimental data of 232 atomizers, enables the reader to find an atomizer with the flow rate from 5 kg/h to 15,000 kg/h
Readers will also learn: · To create an atomizer with the given mean droplet size · To create an atomizer with the given droplet size distribution · To create an atomizer with the given limits of flow rate control.
The book is intended for the design engineer, as well as the theoretical scientist.
Contents
Foreword
Preface
Chapter 1. Hydraulics of Swirl Atomizers
Chapter 2. Hydrodynamics of Swirl Atomizers
Chapter 3. The Working Process in the Swirl Atomizers and in Its Elements
Chapter 4. The Flow Rate of Swirl Atomizers
Chapter 5. Spray Cone Angle and Symmetry of Spray Torch
Chapter 6. Irrigation Density
Chapter 7. Quality of Atomization
Chapter 8. Aerodynamic Breakup of Liquid Drops
Chapter 9. Drop Vaporization
Chapter 10. Gas Turbine Swirl Atomizers
Chapter 11. High Capacity Steam Boiler Swirl Atomizers
Chapter 12. Swirl Atomizers for Liquid-Propellant Rocket Engines (LRE)
Chapter 13. Operation. Time in Service. Recommendations
Chapter 14. Quality of Liquid Atomization by Non-Swirl Atomizers
Chapter 15. Problems
Chapter 16. General Conclusion Appendicies
