Physical fluid dynamics

Cover......Page 1
PHYSICAL FLUID DYNAMICS......Page 3
PREFACE TO THE SECOND EDITION......Page 5
FROM THE PREFACE TO THE FIRST EDITION......Page 7
ACKNOWLEDGEMENTS......Page 11
CONTENTS......Page 13
1 INTRODUCTION......Page 18
2 PIPE AND CHANNEL FLOW......Page 24
3 FLOW PAST A CIRCULAR CYLINDER......Page 38
4 FREE CONVECTION BETWEEN PARALLEL WALLS......Page 52
5 EQUATIONS OF MOTION......Page 65
6 FURTHER BASIC IDEAS......Page 90
7 DYNAMICAL SIMILARITY......Page 106
8 LOW AND HIGH REYNOLDS NUMBERS......Page 114
9 SOME SOLUTIONS OF THE VISCOUS FLOW EQUATIONS......Page 123
10 INVISCID FLOW......Page 130
11 BOUNDARY LAYERS, WAKES, AND JETS......Page 140
12 SEPARATION AND ATTACHMENT......Page 156
13 LIFT......Page 170
14 CONVECTION......Page 179
15 STRATIFIED FLOW......Page 214
16 FLOW IN ROTATING FLUIDS......Page 232
17 INSTABILITIES......Page 260
18 TRANSITION TO TURBULENCE IN SHEAR FLOWS......Page 295
19 TURBULENCE......Page 312
20 HOMOGENEOUS ISOTROPIC TURBULENCE......Page 329
21 TURBULENT SHEAR FLOWS......Page 338
22 CONVECTION IN HORIZONTAL LAYERS......Page 376
23 DOUBLE DIFFUSIVE FREE CONVECTION......Page 395
24 DYNAMICAL CHAOS......Page 410
25 EXPERIMENTAL METHODS......Page 434
26 APPLICATIONS OF FLUID DYNAMICS......Page 448
NOTATION......Page 478
PROBLEMS......Page 485
HINTS AND ANSWERS TO PROBLEMS......Page 503
BIBLIOGRAPHY AND REFERENCES......Page 511
INDEX......Page 525
ALSO PUBLISHED BY OXFORD UNIVERSITY PRESS......Page 536