http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Interaction of disturbances in shear flows
bio-based solutions for aeroand hydrodynamic efficiency
This book explores the interaction of disturbances in shear flows, focusing on bio-based solutions for improving aero- and hydrodynamic efficiency. It delves into coherent vortex structures in shear flows, the receptivity of disturbances in boundary layers, and experimental investigations using various methodologies such as laser Doppler velocity meters. Authored by Professor Viktor V. Babenko, an expert in fluid mechanics, the book is aimed at researchers and practitioners in the fields of fluid dynamics and mechanical engineering. It provides insights into the control and analysis of vortex structures, offering advanced techniques for enhancing flow performance and stability.
Intro -- Interaction of Disturbances in Shear Flows: Bio-based Solutions for Aeroand Hydrodynamic Efficiency -- Copyright -- Contents -- About the author -- Preface -- Annotation -- List of symbols -- Indices -- Lower -- Upper -- Abbreviations -- Chapter 1: Coherent vortex structures in shear flows -- 1.1. Introduction -- 1.2. Types of coherent vortex structures in shear flows -- 1.2.1. Boundary layer CVS -- 1.2.2. Boundary layer CVS on curved surfaces -- 1.2.3. CVSs generated in deepenings on the body surface -- Transverse CVSs -- Longitudinal CVSs -- Tornado-shaped CVSs
1.2.4. CVSs generated behind ledges -- Transverse CVSs -- Longitudinal CVSs -- 1.2.5. CVSs at rectangular corners of a body -- 1.2.6. CVSs in longitudinal flow about a body -- 1.2.7. CVSs in flows about wings -- Flow about a profile at an angle of attack -- CVSs at the ends of obstacles and wings -- CVSs on a triangular wing -- CVSs behind an oscillating wing -- CVS in flow between profile gratings -- 1.2.8. CVSs about high-drag bodies -- 1.2.9. CVSs generated in internal flows -- 1.2.10. CVSs arising at the boundary between submerged and near-wall jets
1.2.11. CVSs at non-stationary (forward, rotary) movement of a body -- 1.2.12. CVS in geophysical tasks -- 1.3. Control methods for coherent vortex structures in shear flows -- 1.3.1. Methods to control CVS of the boundary layer -- 1.3.2. Control methods for CVS on curved surfaces -- 1.3.3. Control methods for CVSs arising in the flow around deepenings -- 1.3.4. Control methods for CVSs arising in the flow around ledges -- 1.3.5. Control methods for CVSs arising at the angular places of a streamlined body -- 1.3.6. Control methods for CVSs arising along a longitudinally streamlined body
1.3.7. Methods for controlling CVSs arising during flow around wings -- Control methods for CVSs when flowing around airfoils at an angle of attack -- CVS control on the ends of ledges and wings -- CVS control on a triangular wing -- CVS control by means of a fluctuating wing -- 1.3.8. Methods of CVS control on high-drag bodies -- 1.3.9. Methods of CVS control in internal flows -- 1.3.10. Methods of CVS control in submerged and near-wall jets -- 1.4. Analysis of theoretical investigations carried out by other authors -- Chapter 2: Interaction of disturbances in the boundary layer
2.1. The problem of receptivity of various disturbances by the boundary layer -- 2.2. Method for investigation of the receptivity of various disturbances by the boundary layer -- 2.3. Hydrobionic approach to investigation of the receptivity of various disturbances by the boundary layer -- 2.4. Physical substantiation of the mechanism of flow interaction with an elastic surface -- 2.5. Formulation of the task of investigating the interaction of disturbing motions in the boundary layer -- Chapter 3: Experimental investigations of the boundary layer at flow around a rigid plate
Includes bibliographical references and index.