The alarming rate at which the available fossil fuel-based resources are depleting has
raised grave concerns among all stakeholders about the future of the world. These limited …

A new family of bioceramic scaffolds consisting of zirconia foam-like structures with 58S
bioactive glass (BG) coating was developed. Three open-cell structures fabricated by the …

The present work proposes a new method for fabrication partially stabilized porous zirconia
ceramics using monoclinic zirconia as raw material, yttrium nitrate and magnesium …

Highly porous zirconia ceramic bodies with interconnected pores were fabricated by freeze-
casting technique using camphene-based slurries. The pore volume fraction and pore size …

Using rheological parameters of ceramic suspensions, it is possible to taylor the structure of
the ceramic foams produced by replica. This method consists in the impregnation of a …

SiC reticulated porous ceramics (SRPC) was the key component of porous burners. Aiming
to improve the infrared radiation of SRPC under high temperature wet oxidation …

Several properties of metallic foams such as their low density, high mechanical strength and
good coefficients of heat and mass transfer make them attractive for applications in catalysis …

Yttria-stabilized zirconia (YSZ) ceramic foams are a promising class of materials for
lightweight, high specific strength catalyst supports or insulation. Foam morphology is one of …

In this work, TiO2 ceramic scaffolds were fabricated by the replica method using
polyurethane (PU) sponges. Suspensions with high solid content were used to achieve …

The previous report of this work has demonstrated the fabrication and properties of porous
yttria-stabilized zirconia (YSZ) ceramics with unidirectionally aligned pore channels. As a …