Groundwater dynamics in the coastal unconfined aquifer is one of the most important
physical factors in the coastal zone since it greatly influences the nearshore hydrodynamics …

Groundwater hydrodynamics in the coastal area is significantly affected by tidal fluctuations
and other driving factors such as rainfall. A series of analytical studies have been carried out …

An integrated groundwater–surface water interaction model is proposed for generalized
ground surface profile. To simulate ground water flow, Boussinesq's equation and Darcy's …

Interactions between the tide and sloping sea boundary make watertable fluctuations in
coastal unconfined aquifers complicated. Based on a perturbation method, we derived a …

While many analytical studies have been carried out to examine groundwater table
fluctuations in tidally-influenced coastal unconfined aquifers, they generally focused on …

The effect of tidal fluctuation on groundwater flow is an important issue from many aspects in
coastal areas. This paper develops a new analytical solution to describe the groundwater …

Transient interaction of tides and groundwater has a direct impact on marine ecosystems
and plays an important role in coastal aquifer management. The literature is replete with …

This paper uses the homotopy perturbation method for the analytical solution of groundwater
table fluctuations, in response to the tidal boundary condition, for a coastal unconfined …

The groundwater variations in unconfined aquifers are governed by the nonlinear
Boussinesq's equation. Analytical solution for groundwater fluctuations in coastal aquifers …

The efficacy and applicability of tidal response methods (TRMs) were assessed in terms of
the techniques used, the, data used in the analysis, and the implementation of the methods …