Capillary wicking in a thicker gel blot microfluidics paper has been investigated through a
combination of an analytical framework, experiments, and numerical simulations. The …

Modeling fluid flow and transport in heterogeneous systems is often challenged by unknown
parameters that vary in space. In inverse modeling, measurement data are used to estimate …

In this study, we present a novel comparison between pore-structure (PS) and
representative elementary volume (REV) methods for modelling fluid flow through porous …

Better understanding of skin tissue's permeability and poroelasticity could help advance
biomedical technologies concerning skin such as intradermal injection and grafting. We …

Digital rock physics (DRP) has been widely used as an effective approach for estimating the
permeability of porous media. However, conventional implementation of DRP requires the …

Rock fractures always provide the main flow pathways in geological systems. When
exposed to reactive flow, mineral dissolution causes different dissolution regimes and …

The use of wire/woven screens (WSs) is frequent in applications such as particle or insect-
proof screen in home/greenhouse/farm with natural ventilation. Although this passive …

Nanofluids hold paramount importance in various fields, notably in thermal engineering, due
to their exceptional thermal conductivity and heat transfer properties. This heightened …

Injecting CO2 into geological reservoirs presents a promising strategy to reduce CO2 in the
atmosphere. Recently, several studies have accommodated an understanding of fluid flow …

This paper proposes three-dimensional (3D) additive fabrication of synthetic core plugs for
core flooding experiments from spheres and grains of Berea Sandstone using a digital …