372
Index
Explicit ditTerence scheme, 75
Extraction, 42
F
FDM (finite ditTerence methods), 73-83
Fick's Law, 24, 31, 235
Field survey, 248
Field tests, 248
Finite analytic solution, 186
Finite ditTerence approximation, 99
Finite ditTerence methods (FDM), 73-83
Finite element systems, 144
solution of, 143-148
First-order approximation, 239
Fisher information matrix, 234
Flow equations, method of coupling
water quality equations and,
194-196
Flow field
three-dimensional, three-dimensional
dispersion in, 191
two-dimensional horizontal, twodimensional dispersion in, 191
two-dimensional vertical, twodimensional dispersion in, 191
Fluid density, 12-13
Fluid viscosity, 13-15
FORTRAN pro gram for solving
coupled groundwater flow and
contaminant transport problems,
300-354
Forward ditTerence formulas, 74
Fractured aquifers, groundwater
pollution of, 256-262
Fractured rock, dispersion problems in,
69-72
Fresh water-seawater interfaces,
264-269
Fundamental solution of point source,
50-52
G
Galerkin finite element method (FEM),
102, 125-132, 269
Galerkin method, 100, 273
Gauss-Newton method, 203, 225
Gauss' quadratic formula, 101, 113, 132
Gauss-Seidel iteration method (G-S),
145
General case, 188-190
Generalized advection-dispersion
models, 188
Generalized least squares criteria, 225
Geostatistical methods, 237
Global coordinate system, 129
Global scale, 207-212
Green's formula, 33,98, 114, 116
Green's theorem, 227
Groundwater, vi; see also Water entries
management of, 3
Groundwater flow
and contaminant transport problems,
FORTRAN pro gram for solving
coupled,300-354
and mass transport
coupled equations of, 191-193
coupled inverse problems of,
223-235
Groundwater flow equations, parameter
identification of, 201
Groundwater hydraulic management
models, 275-280
Groundwater management, economic
and political models in, 291-294
Groundwater modeling, 4-7
Groundwater pollution
offractured aquifers, 256-262
of saturated loose aquifers, 250-253
of saturated-unsaturated aquifers,
253-256
simulation and prediction of, 247-262
Groundwater pollution problems,
general procedure of studying,
247-249
Groundwater pollution sources,
management of, 280-284
Groundwater quality, vi, 1-2
mathematical models of, 187-246
Groundwater quality management, 2-4
project models of, 284-286
Groundwater quality management
models, 275-294
Groundwater quality models, vi-vii
applications of, 247-294
classification of, 187-201
criteria for selection of, 199-201
Index
Explicit ditTerence scheme, 75
Extraction, 42
F
FDM (finite ditTerence methods), 73-83
Fick's Law, 24, 31, 235
Field survey, 248
Field tests, 248
Finite analytic solution, 186
Finite ditTerence approximation, 99
Finite ditTerence methods (FDM), 73-83
Finite element systems, 144
solution of, 143-148
First-order approximation, 239
Fisher information matrix, 234
Flow equations, method of coupling
water quality equations and,
194-196
Flow field
three-dimensional, three-dimensional
dispersion in, 191
two-dimensional horizontal, twodimensional dispersion in, 191
two-dimensional vertical, twodimensional dispersion in, 191
Fluid density, 12-13
Fluid viscosity, 13-15
FORTRAN pro gram for solving
coupled groundwater flow and
contaminant transport problems,
300-354
Forward ditTerence formulas, 74
Fractured aquifers, groundwater
pollution of, 256-262
Fractured rock, dispersion problems in,
69-72
Fresh water-seawater interfaces,
264-269
Fundamental solution of point source,
50-52
G
Galerkin finite element method (FEM),
102, 125-132, 269
Galerkin method, 100, 273
Gauss-Newton method, 203, 225
Gauss' quadratic formula, 101, 113, 132
Gauss-Seidel iteration method (G-S),
145
General case, 188-190
Generalized advection-dispersion
models, 188
Generalized least squares criteria, 225
Geostatistical methods, 237
Global coordinate system, 129
Global scale, 207-212
Green's formula, 33,98, 114, 116
Green's theorem, 227
Groundwater, vi; see also Water entries
management of, 3
Groundwater flow
and contaminant transport problems,
FORTRAN pro gram for solving
coupled,300-354
and mass transport
coupled equations of, 191-193
coupled inverse problems of,
223-235
Groundwater flow equations, parameter
identification of, 201
Groundwater hydraulic management
models, 275-280
Groundwater management, economic
and political models in, 291-294
Groundwater modeling, 4-7
Groundwater pollution
offractured aquifers, 256-262
of saturated loose aquifers, 250-253
of saturated-unsaturated aquifers,
253-256
simulation and prediction of, 247-262
Groundwater pollution problems,
general procedure of studying,
247-249
Groundwater pollution sources,
management of, 280-284
Groundwater quality, vi, 1-2
mathematical models of, 187-246
Groundwater quality management, 2-4
project models of, 284-286
Groundwater quality management
models, 275-294
Groundwater quality models, vi-vii
applications of, 247-294
classification of, 187-201
criteria for selection of, 199-201