Numerical calculations of relative Young's modulus and thermal conductivity have been
performed on computer-generated microstructures of wall-based (closed-cell) and strut …

In this article, we have studied the effect of carbonaceous nanofillers viz. fullerenol (0D),
carboxylated multi‐wall carbon nanotube (MWCNT, 1D), hydroxylated graphene (2D) and …

The elastic properties, in particular the tensile modulus (Young's modulus) and Poisson
ratio, of porous alumina, zirconia, and alumina–zirconia composite ceramics are studied …

Bulk and cellular cordierite ceramics were prepared from a non-stoichiometric powder
consisting of corundum, talc (triclinic), α-quartz, K-feldspar, kaolinite, mullite and a small …

The present study demonstrates a cost effective way to produce porous alumina with 39–70
vol% porosity and 64–516 μm avg. pore size (length), using 20–40 wt% rice husk (RH) of< …

The thermo-foaming method developed in recent years is considered to be an efficient
technique for the preparation of highly porous foam ceramics; however, small foam cells that …

A novel processing route for producing microcellular cordierite ceramics has been
developed. The proposed strategy for making the microcellular cordierite ceramics involves …

There are currently widespread interests in porous ceramics owing to their specific
properties, such as low bulk density, low specific heat, low thermal conductivity and high …

Cordierite ceramics were fabricated via a reaction sintering process using ceramics-filled
polysiloxane as a precursor for cordierite ceramics. In this study, the effects of the additive …

Apatite-type rare earth based oxides, such as R-doped lanthanum oxides of general formula
La9. 33 (RO4) 6O2 with R= Ge, Si, exhibit high ionic conductivity and low activation energy …