UID:
almahu_9949697698402882
Format:
1 online resource (507 p.)
ISBN:
1-281-77802-8
,
9786611778026
,
0-08-087004-X
Series Statement:
Developments in water science ; 13
Content:
Seepage and Groundwater
Note:
Description based upon print version of record.
,
Front Cover; Seepage and Groundwater; Copyright Page; Contents; Preface; Units and Conversions; CHAPTER 1. POROUS MEDIA - SOIL; 1.1 The Solid Phase; 1.2 Effect of Water Added to Soils; 1.3 The Soil Pores; CHAPTER 2. STATICS OF SOIL WATER; 2.1 The Properties of Water; 2.2 Soil Moisture Pressures; 2.3 The Drainable Pore Volume; 2.4 The Specific Yield; CHAPTER 3. DYNAMICS OF SOIL WATER; 3.1 Darcy's Law; 3.2 Hydraulic Head; 3.3 Velocity Flux - Darcy Velocity; 3.4 Richard Outflow Law; 3.5 Quick Condition; 3.6 Deviations from Darcy's Law; 3.7 Hydrodynamic Dispersion; 3.8 Flow Through Layered Soils
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3.9 Pressure Distribution in Layered Soils3.10 Soil Anisotropy; 3.11 Soil Hydraulic Conductivity; 3.12 Measurement of Hydraulic Conductivity; 3.13 Unsaturated Flow Through Porous Media; 3.14 Infiltration; CHAPTER 4. STEADY STATE TWO-DIMENSIONAL PROBLEMS - PLANE POTENTIAL; 4.1 Derivation of Basic Flow Equations; 4.2 Flow Net; 4.3 Sand Tanks for Studying Flow Conditions; 4.4 Hele-Shaw Model; 4.5 Seepage Under Dams and Other Hydraulic Structures; 4.6 Anisotropic Flow; 4.7 Anisotropic Soils - Directional Permeability
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4.8 Refraction of Equipotentials and Streamlines at an Interface Between Layers of Different Hydraulic ConductivityCHAPTER 5. TRANSIENT AND EQUILIBRIUM TWO-DIMENSIONAL PROBLEMS - UNCONFINED FLOW; 5.1 Dupuit -Forchheimer Assumptions - Boussinesq Equation; 5.2 Equation of Free Water Surface; 5.3 Example of Calculation of Free Water Surface; 5.4 Control of Shallow Groundwater Table; 5.5 Transient Equations for Land Drainage; 5.6 Drainage of Artesian Areas; 5.7 Hillside Seepage; 5.8 Seepage Through an Earth Dam or Embankment; 5.9 Solution of Schaffernak and Van Iterson
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CHAPTER 6. DESIGN OF SUBSURFACE DRAINS6.1 Definition and Purpose of Subsurface Drains; 6.2 Classification of Subsurface Drainage; 6.3 Planning a Subsurface Drainage System; 6.4 The Drainage Coefficient in Humid Regions; 6.5 The Drainage Coefficient in Irrigated Areas; 6.6 Spacing of Relief Drains; 6.7 The Bureau of Reclamation Method for Designing Drain Spacing; 6.8 The Design of Interceptor Drains; 6.9 Drainage of Artesian Areas; 6.10 Drainage of Sloping Land; 6.11 Design of Gravel Envelopes; CHAPTER 7. BASIC PRINCIPLES AND FUNDAMENTAL EQUATIONS; 7.1 Aquifers
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7.2 Homogeneous and Isotropic Medium7.3 Piezometric Head; 7.4 Darcy's Law; 7.5 Validity of Darcy's Law; 7.6 Hydraulic Properties of Aquifers; 7.7 General Differential Equation of Groundwater Flow; 7.8 Initial and Boundary Conditions; 7.9 Approximate Equations for Special Cases; CHAPTER 8. STEADY GROUNDWATER-FLOW SYSTEMS; 8.1 Introduction; 8.2 One-Dimensional Flow; 8.3 Radial Flow to a Well; 8.4 Aquifers with Uniform Vertical Recharge; 8.5 Wells Near Aquifer Boundaries; 8.6 Flow to Partially Penetrating Wells; 8.7 Interference of Wells; CHAPTER 9. TRANSIENT GROUNDWATER-FLOW SYSTEMS
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9.1 Flow in Confined Aquifers
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English
Additional Edition:
ISBN 0-444-41975-6
Language:
English
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