Physical Hydrodynamics

Etienne Guyon is physicist at the PMMH Laboratory (Physics and Mechanics of Heterogeneous Media) of ESPCI (Ecole Supérieure de Physique et Chimie Industrielles, Paris) and former director of Ecole Normale Supérieure in Paris. His interests deal with the flow properties disordered matter and with the diffusion of science. He is a fellow of AIP and APS.Jean-Pierre Hulin is scientist at the FAST Laboratory (Fluids, Automatics and Thermal Systems) in Paris South University. His research deals with flow and transport in fractured and porous media, with granular and suspension flows and with mixing. He has taught fluid mechanics in several engineering (ESPCI, ENSTA) and graduate schools. He is a fellow of APS.Luc Petit is Professor at the Institute of Light and Matter of the Lyon 1 University. His research deals with the flow of complex fluids. He has thaught fluid mechanics at undergraduate and graduate level (Ecole Normale Supérieure in Lyon, University of Nice, Université of Lyon) and he is involved in the formation of teachers.

This book is essential reading for all people interested in the modern study of fluids and hydrodynamics, from undergraduates to graduate research students and professors. The book provides a comprehensive and up-to-date description of the behaviour and theory of fluids with excellent examples drawn from real life that illustrate the principles. Covering a large range of topics relating the hydrodynamics observed in the real world to our mathematical descriptions, the derivations throughout are developed with a rare clarity accompanied with proofs and key explanations. Importantly for those new to the topic, the physical meaning of all terms in the mathematical description are described articulately throughout. With examples including the latest state-of-the-art knowledge of fluids and their behaviour, this book should sit on the desk of all people interested and active in hydrodynamics Benedict Rogers, University of Manchester, UK

• 1. The physics of fluids ; 2. Momentum transport under various flow conditions ; 3. Kinematics of fluids ; 4. Dynamics of viscous fluids, rheology, and parallel flows ; 5. Conservation laws ; 6. Potential flow ; 7. Vorticity, vortex dynamics, and rotating flows ; 8. Quasi-parallel flows - lubrication approximation ; 9. Flows at low Reynolds number ; 10. Coupled transport; Laminar boundary layers ; 11. Hydrodynamic instabilities ; 12. Turbulence