Recent Advances in Spray Combustion : Spray Atomization and Drop Burning Phenomena.

Cover -- Title -- Copyright -- Table of Contents -- Preface -- Subject Area 1. Drop Sizing Techniques -- Chapter 1. Review of Principles of Optical Techniques for Particle Size Measurements -- Chapter 2. Theory and Measurement of the Multipoint Statistics of Sprays -- Chapter 3. Intra- and Interlaboratory Experiments to Assess Performance of Phase Doppler Interferometry -- Subject Area 2. Breakup Processes of Liquid Jets and Sheets -- Chapter 4. Regimes of Jet Breakup and Breakup Mechanisms (Physical Aspects) -- Chapter 5. Regimes of Jet Breakup and Breakup Mechanisms (Mathematical Aspects) -- Chapter 6. Aerothermodynamic Effects on Liquid Jet Breakup in Two-Fluid Fuel Nozzles -- Chapter 7. Effect of Internal Flow Conditions Inside Injector Nozzles on Jet Breakup Processes -- Chapter 8. Measurement of Core Structure of Coaxial Jets Under Cold-Flow and Hot-Fire Conditions -- Chapter 9. Theoretical Modeling of Liquid Jet and Sheet Breakup Processes -- Chapter 10. Atomization of Liquid Sheets -- Subject Area 3. Dense Spray Behavior -- Chapter 11. Nonintrusive Measurement of the Structure of Dense Sprays -- Chapter 12. Measurement of Drop Sizes in Unsteady Dense Sprays -- Chapter 13. Deliberations on the Dynamics and Core Structure of Reacting Sprays at Elevated Pressures -- Chapter 14. Generation, Vaporization, and Combustion of Droplet Arrays and Streams -- Chapter 15. Fundamentals of Dynamics and Evaporation in Clusters of Drops Embedded into Vortices -- Chapter 16. Far-Field Coalescence Effects in Polydisperse Spray Diffusion Flames -- Subject Area 4. Supercritical Evaporation and Burning of Liquid Propellants -- Chapter 17. Droplet Behavior at Supercritical Conditions -- Chapter 18. Supercritical Evaporation and Combustion of Liquid Oxygen in an Axisymmetric Configuration.

Chapter 19. Modeling of Atomization and Secondary Breakup from First Principles -- Author Index.

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Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2024. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.