Freeze-casting produces materials with complex, three-dimensional pore structures which
may be tuned during the solidification process. The range of potential applications of freeze …

Freeze casting is a promising technique to fabricate porous materials with complex pore
shapes and component geometries. This review is aimed to elaborate the fundamental …

Ice-templated structure formation of water-based suspensions was investigated from very
slow (< 1 μm s− 1) to very fast (> 100 μm s− 1) solidification velocities by analysing the …

Functionally graded and continuously aligned pore structures have been fabricated by a
modified tape‐casting process for use as solid oxide fuel cell electrodes, catalysts, sensors …

A processing route for freeze‐casting of particle suspensions is presented, where the
microstructure development during the solidification process can be controlled precisely. For …

Experiments have been performed to show that the mechanical properties of alumina
porous ceramics may be improved by introducing glycerol into the raw slurries and then …

Ceramic articles and ceramic/polymer composites with complex 3d shapes can be produced
by rapid prototy** techniques such as stereolithography of ceramic dispersions in UV …

The effect of the nanometric-ranged particle size of the starting powder through a simple and
well-established sha** method, slip casting, has been studied. Several alumina …

The control of ice nucleation and growth is critical in many natural and engineering
situations. However, very few compounds are able to interact directly with the surface of ice …

The ζ potentials of three types of alumina particles with median volume diameters 11, 44,
and 190 nm have been investigated as a function of particle size, volume fraction, and …