Darcy's law is the fundamental equation that is used to describe the flow of fluids within a
classical porous medium with a definite hydraulic conductivity and with a porosity varying …

This study investigates the fate and transport dynamics of metformin (MTN) and erythromycin
(ETM), both classified as pharmaceutical and personal care products (PPCPs), in a …

The influence of low permeability porous media (LPPM) on contaminant transport dynamics
in saturated porous systems was investigated using numerical simulations and temporal …

Interaction of various physical, chemical and biological transport processes plays an
important role in deciding the fate and migration of contaminants in groundwater systems. In …

This paper presents an analysis using temporal moments to study multi-species
radionuclide transport along a single fracture with variable fracture aperture in a fracture …

Temporal moments of solute transport through porous media are calculated to analyze the
time average spatial distribution of solute plume. Simulation of spatially and temporally …

Colloidal particles can attach the contaminants like heavy metals and radionuclides and act
as contaminant carriers to provide a faster movement of pollutants through the …

A new simple and robust solution, based on uniform steady-state flow velocity, is developed
for the problem of solute transport in a fracture-matrix system with a finite penetration depth …

Dissolution from residual source zones of benzene poses serious threat to the groundwater
quality. Proper understanding of fate and migration of dissolved benzene is a prerequisite …

Nonequilibrium and nonlinear sorption of the contaminants in the fractured porous media
could significantly influence the shape of the breakthrough curve (BTC). For the fracture …