In this paper, a numerical model is presented to simulate the density-driven flow in
heterogeneous porous media with micro-and macro-fractures. The micro-fractures (like …

Laboratory scale experiments and numerical modelling were employed in this study to
investigate saltwater intrusion in fractured aquifers. Saline intrusion was initiated in one …

In the southern Upper Rhine Valley, groundwater has undergone intensive saline pollution
caused by the infiltration of mining brines, a consequence of potash extraction carried out …

A novel methodology has been developed to quantify important salt water intrusion
parameters in a sandbox experiment using image analysis. Existing methods found in the …

In this paper, global sensitivity analysis (GSA) and uncertainty quantification (UQ) have been
applied to the problem of natural convection (NC) in a porous square cavity. This problem is …

Deriving saltwater concentrations from the light intensity values of dyed saline solutions is a
long-established image processing practice in laboratory scale investigations of saline …

This study investigated the saltwater upconing mechanism in fractured coastal aquifers.
Head-induced saline intrusion was initiated into three narrow sandbox aquifers containing …

A novel, non-invasive imaging technique is proposed that determines 2D maps of water
content in unsaturated porous media. This method directly relates digitally measured …

The effects of subboiling electrical resistance heating (ERH) on subsurface flow and
transport were examined in a series of two‐dimensional tank experiments, with …

There is a close connection between saltwater intrusion into aquifers and groundwater
extraction. Freshwater extraction in coastal aquifers is one of the most important reasons for …