Fluid Mechanics: Volume 2

Informationen zum Autor C. S. Jog is Professor, Department of Mechanical Engineering, Indian Institute of Science, Bangalore. He received his Ph.D. from the University of Illinois, Urbana-Champaign, and worked as a postdoctoral assistant at the Technical University of Denmark for a year. He has more than twenty years of teaching and research experience and has published nearly forty papers in national and international journals. He teaches courses on elasticity, strength of materials, continuum mechanics and numerical analysis at the undergraduate and postgraduate level. His areas of interest are finite element methods, solid mechanics and structural optimisation. Klappentext The book examines the role of thermodynamical aspects to derive governing equations and studies applications involving potential and viscous flows. Zusammenfassung The book discusses various important topics including low Reynolds number hydrodynamics! compressible fluid flow! blasius force theorems! surface waves and ideal fluid flows. It also covers various advance topics including transient flow in an annular duct and transient flow inside or outside a rotating cylinder. Inhaltsverzeichnis List of figures; List of tables; Preface; Notations; 1. Kinematics and governing equations; 2. Hydrostatics; 3. Ideal fluid flow; 4. Surface waves; 5. Exact solutions to flow problems of an incompressible viscous fluid; 6. Laminar boundary layer theory; 7. Low-Reynolds number hydrodynamics; 8. Compressible fluid flow; Appendices; Bibliography; Answers and hints to selected exercises; Index.

Klappentext

The book examines the role of thermodynamical aspects to derive governing equations and studies applications involving potential and viscous flows.

Zusammenfassung
The book discusses various important topics including low Reynolds number hydrodynamics, compressible fluid flow, blasius force theorems, surface waves and ideal fluid flows. It also covers various advance topics including transient flow in an annular duct and transient flow inside or outside a rotating cylinder.

Inhalt

List of figures; List of tables; Preface; Notations; 1. Kinematics and governing equations; 2. Hydrostatics; 3. Ideal fluid flow; 4. Surface waves; 5. Exact solutions to flow problems of an incompressible viscous fluid; 6. Laminar boundary layer theory; 7. Low-Reynolds number hydrodynamics; 8. Compressible fluid flow; Appendices; Bibliography; Answers and hints to selected exercises; Index.