This work investigates numerical method and equivalent continuum approach (ECA) of fluid
flow in fractured porous media. The commonly used discrete fracture model (DFM) without …

The fate of nutrients and contaminants in fluvial ecosystems is strongly affected by the
mixing dynamics between surface water and groundwater within the hyporheic zone …

In recent years, finite element analysis is increasingly adopted to simulate the mechanism of
metal oxide semiconductor (MOS) resistive gas sensors. In this article, the chemical reaction …

Explicit fracture models often use analytical solutions for predicting flow in fractured media,
usually assuming uniform fluid viscosity for simplicity. This assumption, however, can be …

Flow and transport in coupled channel-matrix systems are ubiquitous to many environmental
and engineering applications such as flows in fractured porous media over canopies and in …

Over the past few years, developments in the theory and numerical simulation of transport
phenomena in porous media, along with related experimental measurements, have …

The generalized integral transform technique (GITT) is reviewed as a computational–
analytical methodology in linear and nonlinear convection–diffusion problems, based on …

Multilayered porous media can be found widely in both natural and engineered systems.
This type of heterogeneous porous structure can have a substantial influence on the …

A new approach based on the Generalized Integral Transform Technique is advanced to
deal with convective heat transfer in partially porous channels under local thermal …

O presente artigo tem como objetivo desenvolver uma solução para equação de Richards
para o escoamento unidimensional de água através de perfis de solo em camadas, usando …