Coupling surface water and groundwater models dynamically based on a simultaneous
simulation of saturated and unsaturated zones of soil is a useful method for determining the …

The present study proposes an analytical solution to a linearized Boussinesq equation
considering unsteady downslope river stage, spatio-temporal rainfall recharge, and bedrock …

Wedge-shaped aquifers are sometimes cut by crossing streams so that the areal geometry
can be delineated by an annular wedge of infinite radial extent. Despite their worldwide …

Horizontal wells have gained popularity as a technology for exploring water resources and
remediating aquifers over the last decades, due to costs and numerous technical benefits …

Groundwater resources can be artificially augmented by managed aquifer recharge
especially in arid and semi-arid areas. Unlike most of the existing results which focus only …

This work presents an analytical solution for the linearized Boussinesq equation describing
the nature of well hydraulics in equilateral triangular-shaped unconfined aquifer. This …

Natural hydrogeological settings may delineate wedge-shaped aquifers that are
sandwiched between streams, lakes or sea water bodies along arbitrary-oriented boundary …

In hydrodynamic modeling of flow through porous structures, the solution domain might
encounter discontinuities. These include, for example, porous structure-open channel …

Artificial groundwater recharge is an important component of water resources management
in arid areas. Knowledge of the surface-water/groundwater interaction in a stream–aquifer …

A steady-state analytical solution based on the method of Green's function is presented for
the analysis of hydraulic interference between pum** wells and ambient flow in a …