Groundwater MechanicsPrentice Hall, 1989 - 732 pagina's Textbook for undergraduate and graduate level students. Assumes knowledge of elementary algebra and some insight into the geology relevant to groundwater flow problems. Annotation copyrighted by Book News, Inc., Portland, OR |
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Types of Flow | 2 |
Elementary Harmonic Solutions | 3 |
Basic Equations | 5 |
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analytic element method analytic elements analytic function angle applied aquifer system area-sink axis boundary conditions coefficients complex potential complex variable components comprehensive potential computed confined conformal mapping constant corresponds Darcy's law defined determine differential equation dipole discharge Q discharge vector equal equipotentials expression far-field follows given GOTO groundwater head hydraulic conductivity impermeable infiltration infinity inhomogeneity integral interface flow jump lake lamina Laplace's equation leakage leaky layer line-dipole line-doublets line-sinks lower aquifer mapping obtained parameters path lines phreatic surface piezometric piezometric contours plane pond radial rainfall recharge represents RETURN END shown in Figure solution solved stagnation points stream function transformation unconfined aquifer uniform flow upper aquifer values vertical written yields zero zone Φ₁ Φι Φο ӘФ ду дх Фо น น