The objective of this work was to assess the extent to which calcite dissolution rate (R
calcite) measured at controlled saturation state in mixed flow set-ups could be upscaled to …

Hydraulic tomography (HT) has been developed over the last two decades to image
subsurface heterogeneity at high resolution that is critically important to robust solute …

Identification of important processes of a hydrologic system is critical for improving process‐
based hydrologic modeling. To identify important processes while jointly considering …

Extensive efforts over decades have focused on quantifying chemical transport in
subsurface geological formations, from microfluidic laboratory cells to aquifer field scales …

Predicting and characterising groundwater flow and solute transport in engineering and
hydrogeological applications, such as dimensioning tracer experiments, rely primarily on …

We provide qualitative and quantitative assessment of the results of a grid convergence
study in terms of (a) the rate/order of convergence and (b) the grid convergence index, GCI …

Transverse dispersion has been studied in the literature less than longitudinal dispersion,
especially in porous media with fine and very fine sand. In this research, an experimental …

A parameter estimation methodology has been developed on the basis of model inversion
using a Quasi–Newton method and adaptive parameterization. The continuous adjoint state …

An accurate measurement campaign, carried out on a confined porous aquifer, expressly
reproduced in laboratory, allowed the determining of hydraulic conductivity values by …

Predicting and characterising groundwater flow and solute transport in engineering and
hydrogeological applications, such as dimensioning tracer experiments, rely primarily on …