Wicking within woven screens has attracted considerable attention due to its important role
in applications concerning phase-change heat transfer and phase separation. In the present …

We investigate the three-dimensional (3-D) flow around and through a porous screen for
various porosities at high Reynolds number. Historically, the study of this problem has been …

Woven metal meshes have received considerable attention in several engineering
applications owing to their excellent physical properties. Macroscopic parameters, such as …

Screen channel liquid acquisition devices (LADs) are among the most promising
technologies for separating liquid and vapor phases in propellant storage tanks under …

Surface tension becomes the main force influencing the gas–liquid interface in microgravity
environment. The instability of the gas–liquid distribution is a menace for spacecraft …

Metal foams have gained attention due to their heat transfer augmenting capabilities. In the
literature, correlations describing relations among their morphological characteristics have …

Wire/woven screens have a wide range of applications, from being used as simple
mechanical screening device to nanoscreen wicking with nanofluids. The vast number of …

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 …

A method was proposed to improve the accuracy of permeability and inertial resistance
coefficient measurements for the flow characteristics of a regenerator, considering density …

The porous screen is a vital material in the area of in-orbit propellant management, due to its
efficient performance to separate gas and liquid in microgravity conditions. Among the …