A comprehensive literature review on the acoustical properties and characterisation
methods of sound-absorbing porous materials with a focus on the type made by a replication …

Recent advances in cellular materials for active thermal management applications involve
the integral design of their porous structure. In this work, open-cell aluminum foams with …

The water-gas shift reaction plays a key role in hydrogen production processes from fossil
sources and renewable biomass feedstock and can be considered as the first purification …

The development of cooling devices is important for many industrial products, and the lattice
structure fabricated by additive manufacturing is expected to be useful for effective liquid …

Research studies have recently been conducted on heat transfer in architected materials. As
a type of rationally-designed lightweight material, lattices have received much attention in …

Metallic foams with high flow resistivity are of high interest as practical sound absorption
materials. Herein, we report the novel open-cell metallic foams associated with a partially …

Energy storage has recently attracted a great attention as a promising way to utilize the
fluctuating renewable energy. This paper proposes a novel carbon dioxide energy storage …

The usual replication method for preparing open-pore metal foams using NaCl as a template
cannot be successfully applied to the fabrication of foams using either water-based ceramic …

Effective cooling or heat exchange is a typical engineering issue related with various
industrial products, and the lattice structure fabricated by additive manufacturing is expected …

Commercially available porous metals are known to provide useful sound absorption, but it
may be possible to modify their structures to improve their acoustical properties. Images from …