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MODELING FLOW IN POROUS MEDIA
MODELING SURFACE WATER FLOWS
SPECIAL SESSION ON REMOTE SENSING AND SIGNAL PROCESSING FOR HYDROLOGICAL MODELING
advection algorithm analysis analytical solution applied approach approximation aquitard boundary conditions calculated capillary pressure channel coefficient components computational concentration confined aquifer constituents contaminant continuity equation convective covariance depth derived described developed diffusion direction discretization dispersion distribution domain Engineering error field filter finite difference finite element method finite element models flow equations function Galerkin global governing equations gradient Gray grid groundwater groundwater flow harmonic hydraulic conductivity integration iteration layer linear Lynch matrix method of characteristics momentum equation nodes nonlinear numerical model observations obtained parameters permeability phase Pinder porous media problem saturation scheme shallow water equations sharp interface shown in Figure simulation ſº soil solute transport solved spatial stencil array step surface Taylor series technique three-dimensional tidal tion transport equation two-dimensional unsaturated values variables vector vector processor velocity vertical water level wave equation wetting fluid zone