The unreasonable development and pollution of groundwater have caused damage to the
groundwater system and environmental problems. To prevent this, the concept of …

Previous studies pointed out that the hydraulic aperture (bh) is solely dependent on the
geometric features of a fracture, independent of fluid inertia effects. Here we present an …

Karst aquifers are globally prized freshwater sources, posing a significant preservation
challenge. These aquifers typically exhibit dual or even triple porosities, encompassing …

Abstract Characterization of fracture network is essential for understanding groundwater flow
and solute transport, as well as waste storage. Deep-learning based ensemble smoother …

A new two-step method has been developed for predicting three-dimensional (3-D) pollutant
plumes and breakthrough curves (BTC) in fractured aquifers. Predicting fluid motion fields …

In this paper we propose a simple approach for modelling the functioning of a cluster of
interconnected infiltration basins: such a modelling is crucial for correctly managing artificial …

This study aims at investigating the numerical analysis of pollutant transport in
homogeneous porous media with solid plate stacks. The investigation was performed for …

Fluid flow in fractures partially filled with porous media is commonly encountered in
engineering and scientific research, yet understanding of its nonlinear seepage …

Pollutant transport in discrete fracture networks (DFNs) exhibits complex dynamics that
challenge reliable model predictions, even with detailed fracture data. To address this issue …

Breakthrough curves (BTCs) from tracer tests are often used for hydrogeological survey and
parameter identification of karst aquifers. However, BTCs often show distinctive behaviors …