Water‐rock interactions within the seafloor are responsible for significant energy and solute
fluxes between basaltic oceanic crust and the overlying ocean. Permeability is the primary …

Well hydraulics is a discipline to understand the process of flow to the well in an aquifer
which is regarded as a source of groundwater. A variety of analytical and numerical models …

A complete treatment of the theory and practice of groundwater engineering, The Handbook
of Groundwater Engineering, Second Edition provides a current and detailed review of how …

Sedimentary basins are attractive for geothermal development due to their ubiquitous
presence, high permeability, and extensive lateral extent. Geothermal energy from …

We present several analytical and semi-analytical solutions to evaluate the fluid residence
times within the recirculation zone created by an extraction–injection well pair for several …

The delineation of well capture zones is of utmost environmental and engineering relevance
as pum** wells are commonly used both for drinking water supply needs, where …

Innovative in situ remediation technologies using injection/extraction well pairs which
recirculate partially treated groundwater as a method of increasing overall treatment …

Though powerful and easy to use, applications of the analytic element method are not as
widespread as finite‐difference or finite‐element models due in part to their relative youth …

The importance of stagnation points for characterizing groundwater flow patterns has long
been recognized. However, the possible streamline configurations near stagnation points …

More than 50% of the world's population already live in cities, and the proportion is rising
extremely rapidly towards developed country levels of more than 90%. Groundwater from …