Microstructures of ice-templated ceramics (alumina) obtained with different additives. The additives change many physico-chemical parameters that affect the crystal growth morphologies during freezing such as the freezing point, viscosity, surface energy, supercooling, etc. Since the pores are templated by the crystals, the pore morphology is thus modified
Determining the factors that constitute an efficient ice nucleus is an ongoing area of research in t...
The aim of the work is to analyse the mechanical behaviour of anisotropic porous alumina ceramics pr...
Due to high specific strength and energy absorption capacity, ice-templated ceramics with directiona...
La mise en forme par ice-templating est un procédé d’élaboration permettant via la congélation d’une...
International audienceThe freezing of concentrated colloidal suspensions is a complex physical proce...
Morphologies of ice-templated macroporous ceramics, obtained using different solvents, and a variety...
International audienceThe formation of regular patterns is a common feature of many solidification p...
Freeze casting offers a tremendous opportunity to obtain bio-inspired synthetic materials that mimic...
Ice-templating is a processing route used to obtain porous material with a controlled porosity by fr...
We will report processing and engineering applications of cellular ceramics through freezing route, ...
Highly aligned lamellar ceramic scaffolds were produced using a bi-directional freeze casting techni...
This presentation will describe the effects of grain-level anisotropy on the microstructure and comp...
Alumina ceramics were freeze-cast from water- and camphene-based slurries under varying freezing con...
Many biologic structural materials have porous microstructures with a distribution and orientation o...
Ice-lens structural defects (cracks) in ice-templated alumina. Theses defects are formed during the ...
Determining the factors that constitute an efficient ice nucleus is an ongoing area of research in t...
The aim of the work is to analyse the mechanical behaviour of anisotropic porous alumina ceramics pr...
Due to high specific strength and energy absorption capacity, ice-templated ceramics with directiona...
La mise en forme par ice-templating est un procédé d’élaboration permettant via la congélation d’une...
International audienceThe freezing of concentrated colloidal suspensions is a complex physical proce...
Morphologies of ice-templated macroporous ceramics, obtained using different solvents, and a variety...
International audienceThe formation of regular patterns is a common feature of many solidification p...
Freeze casting offers a tremendous opportunity to obtain bio-inspired synthetic materials that mimic...
Ice-templating is a processing route used to obtain porous material with a controlled porosity by fr...
We will report processing and engineering applications of cellular ceramics through freezing route, ...
Highly aligned lamellar ceramic scaffolds were produced using a bi-directional freeze casting techni...
This presentation will describe the effects of grain-level anisotropy on the microstructure and comp...
Alumina ceramics were freeze-cast from water- and camphene-based slurries under varying freezing con...
Many biologic structural materials have porous microstructures with a distribution and orientation o...
Ice-lens structural defects (cracks) in ice-templated alumina. Theses defects are formed during the ...
Determining the factors that constitute an efficient ice nucleus is an ongoing area of research in t...
The aim of the work is to analyse the mechanical behaviour of anisotropic porous alumina ceramics pr...
Due to high specific strength and energy absorption capacity, ice-templated ceramics with directiona...