The present paper studies multi-objective design of lightweight thermoelastic structure
composed of homogeneous porous material. The concurrent optimization model is applied …

Porous ceramics are demanded in a wide range of high‐temperature, biological and energy‐
related applications, but may show conflicting properties or suffer from poor mechanical …

Up to now, many fabricating techniques have been used to manufacture porous alumina
ceramics such as the organic foam method, the freeze-casting method, sol–gel synthesis …

The development of diopside/hydroxyapatite (DP/HA) bio-composite scaffolds, that possess
an interconnected pore architecture via the combination of freeze-drying and coating …

Influence of various binders to alumina foam substrate was investigated. The substrate was
prepared by the polymeric sponge replication technique using different solid loading ratios …

Heating transformations of pellets of selected binary blends of raw clay, cement kiln dust and
phosphate sludge were investigated by using different techniques (XRD, DSC, FT-IR and …

The silicon carbide (SiC) ceramic filter is the most favorable component to remove
particulate matter from hot flue gas due to its high filtration efficiency and high thermal …

Porous silica ceramics were prepared by a freeze-casting method using dual solvents as a
template, and their microstructure can be regulated by different ratios of solvents. As the …

Ceramic filters are quite an efficient component for hot gas filtration due to their high
collection efficiency and high thermal durability. Among the various steps to fabricate a …

Porous mullite ceramics was fabricated by a combination of electrospinning and pressure
molding method. Different from the previous reports, the electrospinning in this experiment …