A freeze–gel casting method has been proposed to fabricate porous mullite–alumina
composite with controlled 'designer'pore structure and improved compressive strength. In …

Porous ceramic composite with controlled “designer” pore structure has been prepared by a
freeze casting route using a tertiary-butyl alcohol (TBA)/coal fly slurry system. Unidirectional …

A porous mullite-matrix composite with a bimodal pore structure has been prepared by a
freeze casting route using water/coal fly slurry system. The top and bottom parts of the …

The objective of this study was to prepare highly porous mullite ceramics with relatively large-
sized pores and improved compressive strength using a freeze/gel casting route combined …

Porous mullite/alumina composites have been fabricated by a freeze casting technique
using TBA-based coal fly ash/alumina slurry. After sintering, unidirectional macropore …

A freeze casting technique was processed to fabricate porous mullite/alumina-layered
composite with a gradient in porosity and pore size. In this work, a camphene/coal fly ash …

Using coal fly ash slurry samples supplemented with different amounts of Al 2 O 3, we
fabricated mullite-based porous ceramics via a dipping-polymer-replica approach, which is …

Unidirectional pore structured porous mullite composite has been fabricated using a TBA-
based freeze-gelcasting of coal fly ash/alumina slurries. After sintering at 1300-1500o C, the …

Coal fly ash with the addition of Al2O3 was recycled to produce mullite/alumina composites
and the camphene-based freeze casting technique was processed to develop a controlled …

Highly porous ceramics are of interest for various industrial applications, including filtration,
supports for catalysts and biomedical applications, and insulating materials. In this study …