Chapters in this book

1. Frontmatter i
2. AUTHOR'S PREFACE TO THE RUSSIAN EDITION v
3. INTRODUCTION vii
4. TRANSLATOR'S REMARKS ix
5. CONTENTS xi
6. PART I. STEADY FLOW OF GROUNDWATER
7. CHAPTER I. PHYSICAL AND MATHEMATICAL FUNDAMENTALS OP THE THEORY OF GROUND WATER FLOW 1
8. CHAPTER II. TWO-DIMENSIONAL FLOWS IN A VERTICAL PLANE 31
9. CHAPTER III. CONFINED SEEPAGE UNDER HYDRAULIC STRUCTURES 66
10. CHAPTER IV. ZHUKDVSKY'S FUNCTION AND ITS APPLICATIONS: APPLICATION OF FUNCTIONAL ANALYSIS 120
11. CHAPTER V. APPLICATION OF THE METHOD OF INVERSION 149
12. CHAPTER VI. THE MIXED PROBLEM OF THE THEORY OF FUNCTIONS AND ITS APPLICATIONS TO THE SEEPAGE THEORY 198
13. CHAPTER VII. APPLICATION OF THE ANALYTIC THEORY OF LINEAR DIFFERENTIAL EQUATIONS 261
14. CHAPTER VIII. SEEPAGE IN HETEROGENEOUS AND ANISOTROPIC SOILS: SEEPAGE OF TWO FLUIDS 309
15. CHAPTER IX. NATURAL AND MAN-MADE WELLS: HORIZONTAL DRAINS 360
16. CHAPTER X. HYDRAULIC THEORY OP STEADY FLOW 404
17. CHAPTER XI. GRAPHICAL, NUMERICAL, AND EXPERIMENTAL METHODS IN THE STUDY OF GROUNDWATER FLOW 431
18. PART II. UNSTEADY FLOWS OF GROUNDWATERS
19. CHAPTER XII. ABOUT INERTIA TERMS IN UNSTEADY FLOWS. CONFINED FLOWS 481
20. CHAPTER XIII. NON-LINEAR EQUATIONS OF UNSTEADY FLOWS WITH A FREE SURFACE 497
21. CHAPTER XIV. LINEAR EQUATION OF UNSTEADY GROUNDWATER FLOW 518
22. CHAPTER XV. TWO-DIMENSIONAL UNSTEADY GROUNDWATER FLOW 552
23. CHAPTER XVI. APPROXIMATE NUMERICAL AND GRAPHICAL METHODS IN THE STUDY OP UNSTEADY GROUNDWATER PLOW 572
24. LITERATURE 589
25. INDEX 609