Self-Sustaining Mechanisms of Wall Turbulence

Chapter 1 A Brief History of Boundary Layer Structure Research Chapter 2 Sustaining Mechanisms of Turbulent Boundary Layers: The Role of Vortex Development and Interactions. Chapter 3 An Experimental Model for Near-Wall Structure. Chapter 4 Vortex Kinematics, Dynamics, and Turbulent Momentum Transport in Wall Bounded Flows. Chapter 5 The Role of Wall Vortices in Producing Turbulence. Chapter 6 Formation of Coherent Hairpin Packets in Wall Turbulence. Chapter 7 Self-sustaining Traits of Near-Wall Motions Underlying Boundary Layer Stress Transport. Chapter 8 A View of the Structure of Turbulent Boundary Layers Chapter 9 Reynolds Stress Producing Motions in Smooth and Rough Wall Boundary Layers. Chapter 10 Wall Layer Microturbulence Phenomenological Model and a Semi-Markov Probability Predictive Model for Active Control of Turbulent Boundary Layers. Chapter 11 The Persistence of Viscous Effects in the Overlap Region, and the Mean Velocity in Turbulent Pipe and Channel Flows. Chapter 12 Hierarchical, Self-Sustained Energy Cascade to Small Scales in Wall-bounded Shear Turbulence. Chapter 13 How Streamwise Rolls and Streaks Self-Sustain in a Shear Flow. Chapter 14 Dynamics of Coherent Structures in Wall Bounded Turbulence. Chapter 15 On the Dynamics of Turbulent Boundary Layers. Chapter 16 Genesis and Dynamics of Coherent Structures in Near-Wall Turbulence: A New Look.