Sound absorption mechanism, material modification and structural design of various
synthetic fiber materials for industrial noise reduction are reviewed in this paper for the …

This work considers the usage of StyleGAN architecture for the task of microstructure
synthesis. The task is the following: Given number of samples of structure we try to generate …

This two-part study is concerned with the understanding and modeling of the compressive
response of open-cell metallic foams. Part I presents experimental results from Al-6101-T6 …

The present paper proposes to investigate the links between the microstructure of
polyurethane foams and their sound absorbing efficiency, and more specifically the effect of …

This article explores the applicability of numerical homogenization techniques for analyzing
transport properties in real foam samples, mostly open-cell, to understand long-wavelength …

Given the quest for mass reduction while preserving proper vibration and acoustic comfort
levels in industrial machinery and vehicles, lightweight poroelastic materials have gained a …

Results from a numerical study examining micro-/macrorelations linking local geometry
parameters to sound absorption properties are presented. For a hexagonal structure of solid …

It is well known that the manufacturing process of open-cell foams slightly elongates their
struts in one direction, thus making them anisotropic; in turn, anisotropy affects foam …

Fluid flow and thermal distribution in isothermal forced convection heat transfer through
metal foams are studied. The true geometry of the metal foam samples are obtained by …

This work investigates a porous composite with modifiable micro-geometry so that its ability
to absorb noise can be accommodated to different frequency ranges. The polymeric …