Laser-induced graphene (LIG) technology is qualified for manufacturing in-plane
microsupercapacitors (MSCs) for its low cost and efficient fabrication. However, useable …

Transport parameters play a key role in characterizing the thermo-viscous behaviour of the
microgeometry. Semi-phenomenological models provide valuable tools to establish a …

This article presents an experimental and numerical parametric study of the acoustical
properties of monodisperse open-cell solid foam. Solid foam samples are produced with …

The electrical transport of saturated porous rocks has been studied in 3-dimensions for five
different channel geometries. The five selected geometries can form the de-constructed …

Piezoresistive porous elastomers (PPEs) are gaining attention in the field of flexible
electronics due to their unique properties including ultra softness, ultra lightness, and high …

In this series of publications, the high-frequency behavior of the dynamic permeability of
porous media with thin constriction is investigated. In Paper I, the classical theory of Johnson …

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 …

This study quantified the microstructure of polyurethane foams and elucidated its
relationship to fluid-acoustic parameters. The complex morphology derived from the three …

The effect of polydispersity on foam permeability is investigated by numerical simulations.
Foam structures are first generated by Laguerre tessellations via the Neper software and …

This study investigates the influence of pore size polydispersity on the acoustic behavior of
high-porosity solid foams using numerical simulations. The effect of the size of the periodic …