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Princeton University Press
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Theory of Ground Water Movement
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Translated by:
and
Language:
English
Published/Copyright:
2015
About this book
Gives valuable insight into the status of ground water hydrology in the U.S.
Originally published in 1962.
The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905.
Topics
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Frontmatter
i -
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AUTHOR'S PREFACE TO THE RUSSIAN EDITION
v -
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INTRODUCTION
vii -
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TRANSLATOR'S REMARKS
ix -
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CONTENTS
xi - PART I. STEADY FLOW OF GROUNDWATER
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CHAPTER I. PHYSICAL AND MATHEMATICAL FUNDAMENTALS OP THE THEORY OF GROUND WATER FLOW
1 -
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CHAPTER II. TWO-DIMENSIONAL FLOWS IN A VERTICAL PLANE
31 -
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CHAPTER III. CONFINED SEEPAGE UNDER HYDRAULIC STRUCTURES
66 -
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CHAPTER IV. ZHUKDVSKY'S FUNCTION AND ITS APPLICATIONS: APPLICATION OF FUNCTIONAL ANALYSIS
120 -
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CHAPTER V. APPLICATION OF THE METHOD OF INVERSION
149 -
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CHAPTER VI. THE MIXED PROBLEM OF THE THEORY OF FUNCTIONS AND ITS APPLICATIONS TO THE SEEPAGE THEORY
198 -
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CHAPTER VII. APPLICATION OF THE ANALYTIC THEORY OF LINEAR DIFFERENTIAL EQUATIONS
261 -
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CHAPTER VIII. SEEPAGE IN HETEROGENEOUS AND ANISOTROPIC SOILS: SEEPAGE OF TWO FLUIDS
309 -
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CHAPTER IX. NATURAL AND MAN-MADE WELLS: HORIZONTAL DRAINS
360 -
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CHAPTER X. HYDRAULIC THEORY OP STEADY FLOW
404 -
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CHAPTER XI. GRAPHICAL, NUMERICAL, AND EXPERIMENTAL METHODS IN THE STUDY OF GROUNDWATER FLOW
431 - PART II. UNSTEADY FLOWS OF GROUNDWATERS
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CHAPTER XII. ABOUT INERTIA TERMS IN UNSTEADY FLOWS. CONFINED FLOWS
481 -
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CHAPTER XIII. NON-LINEAR EQUATIONS OF UNSTEADY FLOWS WITH A FREE SURFACE
497 -
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CHAPTER XIV. LINEAR EQUATION OF UNSTEADY GROUNDWATER FLOW
518 -
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CHAPTER XV. TWO-DIMENSIONAL UNSTEADY GROUNDWATER FLOW
552 -
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CHAPTER XVI. APPROXIMATE NUMERICAL AND GRAPHICAL METHODS IN THE STUDY OP UNSTEADY GROUNDWATER PLOW
572 -
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LITERATURE
589 -
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INDEX
609
Publishing information
Pages and Images/Illustrations in book
eBook published on:
July 11, 2016
eBook ISBN:
9781400876044
Pages and Images/Illustrations in book
eBook ISBN:
9781400876044
Keywords for this book
Free surface; Soil; Groundwater; Flow measurement; Equation; Groundwater flow; Stream function; Quantity; Drainage; Boundary value problem; Cartesian coordinate system; Water content; Porosity; Continuity equation; Capillary action; Pressure gradient; Consolidation (soil); Bessel function; Equations of motion; Hydrostatics; Hodograph; Bernoulli's principle; Groundwater model; Ordinate; Inflection point; Abscissa; Coefficient; Partial derivative; Conformal map; Laplace's equation; Hydrogeology; Inflow (hydrology); Artesian aquifer; Distribution law; Linear equation; Two-dimensional flow; Piezometer; Darcy's law; Characteristic equation; Reservoir; Permeability (earth sciences); Water column; Linear differential equation; Hydraulic structure; Hooke's law; Water vapor; Method of characteristics; Antiderivative; Derivative; Contour line; Tailwater; Wetting; Hydraulic head; Evaporation; Equipotential surface; Laplace operator; Flow velocity; Differential equation; Linear map; Atmospheric pressure; Hydraulic conductivity; Change of variables; Surface tension; Cauchy's integral formula; Branch point; Diffusion process; Velocity potential; Linearization; Euler–Mascheroni constant; Water table
Audience(s) for this book
For an expert adult audience, including professional development and academic research