Spray Technology Short Course, Pittsburgh, PA, Mechanical Engineering Department, University of Wisconsin, Madison, 1996. 115 p.Contents
Preface
Nomenclature
Introduction
Computer Models
Submodels
Governing Equations
Two-phase flow regimes
Interface Conditions
Gas Phase Equations
Spray Equation and Exchange Terms
Classification of Models
Numerical Implementation
Atomization Models
Jet Breakup Regimes
"Wave" Breakup Models
Jet Breakup
Sheet Breakup
"Blob" Injection Model
Spray Processes
Drop Breakup
Drop Drag and Deformation
Turbulent Diffusion and Modulation
Drop Collision and Coalescence
Drop vaporization
Spray/wall Impingement
Wall Interaction Regimes
Wall Interaction Models
Wall Atomization
Wall Heat Transfer
Spray Combustion
Ignition and Combustion Models
Application - Diesel Emissions Modeling
Topics
Future Research
References
Appendix A - Available Computer Codes
A.1 Multidimensional CFD Codes
A.2 Dilute Spray Models
Appendix B
Han, Z., Uludogan, A., Hampson, G., and Reitz, R.D.,"Mechanisms of Soot and
NOx Emission Reduction Using Multiple-Injection in a Diesel Engine," SAE
Paper 960633, 1996 .
