Analytical groundwater mechanics / Otto D.L. Strack
- Author:
- Strack, Otto D. L., 1943-
- Published:
- Cambridge, United Kingdom ; New York, NY : Cambridge University Press, 2017.
- Copyright Date:
- ©2017
- Physical Description:
- xi, 435 pages ; 26 cm
- Contents:
- Machine generated contents note: 1.Basic Equations -- 1.1.Basic Concepts -- 1.2.Darcy's Law -- 1.3.Continuity of Flow -- 1.4.Optional Reading: The Curl of the Discharge Vector -- 1.5.Fundamental Equations -- 2.Steady Flow in a Single Aquifer -- 2.1.Horizontal Confined Flow -- 2.2.Shallow Unconfined Flow -- 2.3.Combined Confined and Unconfined Flow -- 2.4.Vertically Integrated Flow -- 2.5.Shallow Unconfined Flow with Rainfall -- 2.6.Unconfined Flow with Local Infiltration -- 2.7.Vertically Varying Hydraulic Conductivity -- 3.Steady Interface Flow -- 3.1.Condition along the Interface -- 3.2.Discharge Potentials -- 3.3.Shallow Confined Interface Flow -- 3.4.Shallow Confined Interface Flow/Confined Flow -- 3.5.Shallow Unconfined Interface Flow -- 3.6.Unconfined Interface Flow/Confined Flow -- 3.7.Shallow Unconfined Interface Flow with Rainfall -- 4.Two-Dimensional Flow in the Vertical Plane -- 4.1.Basic Equations -- 4.2.Horizontal Drains -- 4.3.The Graphical Method -- 4.4.Anisotropy -- 5.Steady Flow in Leaky Aquifer Systems -- 5.1.Shallow Semiconfined Flow -- 5.2.Flow in a System of Two Aquifers -- 5.3.Flow to a Well of Discharge Q -- 5.4.Application: An Abandoned Well and a Well -- 5.5.Leaky Aquifers with Infiltration -- 6.Three-Dimensional Flow -- 6.1.The Point-Sink -- 6.2.The Method of Images -- 6.3.Partial Penetration -- 7.Transient Flow -- 7.1.Transient Shallow Confined Flow -- 7.2.Transient Shallow Unconfined Flow -- 7.3.Transient Shallow Flow to a Well -- 7.4.Superposition -- 7.5.Response to a Sinusoidal Tidal Fluctuation -- 7.6.Falling-Head Experiment; Slug Test -- 8.Complex Variable Methods -- 8.1.Introduction -- 8.2.General Complex Variables -- 8.3.Complex Variables for Harmonic Functions -- 8.4.The Maximum Modulus Theorem -- 8.5.Boundary Value Problems -- 8.6.Series Expansions -- 8.7.Cauchy Integrals -- 8.8.Divergence-Free and Irrotational Flow -- 8.9.Far-Field Conditions -- 8.10.A Straight Infinite Inhomogeneity -- 8.11.A Circular Lake -- 8.12.A Cylindrical Impermeable Object -- 8.13.A Cylindrical Inhomogeneity -- 8.14.Hydraulic Barrier for Waste Isolation -- 8.15.Infiltration over an Area with a Cylindrical Inhomogeneity -- 8.16.Cylindrical Analytic Elements -- 8.17.An Elliptical Lake -- 8.18.An Impermeable Ellipse in Uniform Flow -- 8.19.Linear Objects -- 8.20.An Elliptical Inhomogeneity -- 8.21.Elliptical Analytic Elements -- 8.22.An Elliptical Pond -- 8.23.The Line-Sink -- 8.24.The Line-Dipole -- 8.25.The Relation between the Line-Dipole and the Line-Sink -- 8.26.Infiltration or Evaporation Inside Polygons -- 8.27.The Generating Analytic Element Approach -- 8.28.Application: A Leaky Pond -- 9.Fluid Particle Paths and Solute Transport -- 9.1.Numerical Determination of Fluid Particle Paths -- 9.2.3-D Path Lines in Dupuit-Forchheimer Models -- 9.3.Solute Transport -- 10.Finite Differences and Finite Elements -- 10.1.Finite Difference Methods -- 10.2.The Finite Element Method.
- Subject(s):
- ISBN:
- 9781107148833 hardcover alkaline paper
1107148839 hardcover alkaline paper - Bibliography Note:
- Includes bibliographical references and index.
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