Tab Article
Preface
Section 1 : Turbulence Phenomena and Modeling
Chapter 1 : Viscosity of Fluids
Chapter 2 : Properties of Gases and Overview of Compressible Flows
Chapter 3 : Laminar Flow Past Semi-Infinite Bodies
Chapter 4 : Solving Laminar Boundary Layer Equations
Chapter 5 : Structure of Turbulent Boundary Layers
Chapter 6 : Homogeneous Turbulence
Chapter 7 : Turbulent Shear Flows
Chapter 8 : Turbulent Jets
Chapter 9 : Vortex Patterns on Slender Bodies
Chapter 10 : Wake Interference and Vortex Shedding
Chapter 11 : Vortex Patterns of Dynamic Separation
Chapter 12 : Analysis of Turbulent Flow Past a Class of Semi-Infinite Bodies
Chapter 13 : Predicting Turbulent Rough-Wall Skin Friction and Heat Transfer
Chapter 14 : Iterative Solution of Compressible Flows Using the Finite Element Method
Chapter 15 : Transient Natural Convection Flows
Chapter 16 : Fluid Mechanics of Direct-Contact Transfer Processes with Moving Liquid Droplets
Chapter 17 : Wind Wave Phenomena
Section 2 : Selected Engineering Problems
Chapter 18 : Artificial Thickening Turbulent Boundary Layers
Chapter 19 : Subsonic Transitory Stalled Flows in Diffusers
Chapter 20 : Transonic Flows Through Turbine Cascades
Chapter 21 : Impeller Blade Design in Centrifugal and Axial Blowers
Chapter 22 : High-Speed Turbopropeller Noise
Chapter 23 : Turbine Blade Vibrations
Chapter 24 : Compressible Flow Characteristies in Valves
Chapter 25 : Performance of Cryogenic Pumps
Chapter 26 : On the Structure of Turbulent Dense-Spray Jets
Chapter 27 : Performance Characteristics of Prefilming Atomizers in Comparison with Other Airblast Nozzles
Chapter 28 : Dynamics of Wind Machines
Chapter 29 : Performance Optimization of Vertical-Axis Wind Turbines by Pitch Control
Index
