peer reviewedInitial experiments towards preparation of hollow ceramic microtubes by dip-coating of fibrous plants with water based alumina gel-casting slurries using hemp and coconut fibres as templates have been done. It has been found that the wettability of fibres and accordingly the stability of the developed ceramic layer on their surface during slurry gelation varied significantly within the different fibre types. Good correlation between the diameters of the template fibres and the resulting channels has been found at the 31 % solids loadings level. Hemp fibres used as bundles have led to formation of multi channel patterns while the coconut fibres-templated process resulted in uniform monochannel materials. The micro tubes have sho...
Special C-shaped carbon fibers, melt spun from mesophase pitch, were used as micro-molds to form nes...
L'introduction de fibres continues dans une matrice céramique est susceptible d'améliorer sa ténacit...
The objective of this research is to develop a hybrid material by integrating natural and artificial...
Contains fulltext : 109176.pdf (publisher's version ) (Open Access)A process of mi...
The fabrication process of integral ceramic mold based on stereolithography and gelcasting can elimi...
In recent years ceramic membrane technology has advanced considerably and ceramic membranes are now ...
The effect of type of sacrificial template on the processing and properties of porous alumina cerami...
This PhD thesis was mainly devoted to the set up of a new forming method, a combination of the sacri...
Here the sol-gel technique was employed in the production of ultra-high temperature ceramic fibres, ...
Filament winding and freeze gelation technique are combined in this work to manufacture all-oxide ce...
There can be significant advantages in the prepara-tion of ceramic materials as fibres rather than a...
Special C-shaped carbon fibers, melt spun from mesophase pitch, were used as micro-molds to form nes...
Affordable hydrophobic hollow fibre membranes were prepared using kaolin and alumina based ceramic p...
This PhD thesis was mainly devoted to the set up of a new forming method, a combination of the sacri...
Preparation of porous microtubular materials has attracted growing interest in recent decades. The f...
Special C-shaped carbon fibers, melt spun from mesophase pitch, were used as micro-molds to form nes...
L'introduction de fibres continues dans une matrice céramique est susceptible d'améliorer sa ténacit...
The objective of this research is to develop a hybrid material by integrating natural and artificial...
Contains fulltext : 109176.pdf (publisher's version ) (Open Access)A process of mi...
The fabrication process of integral ceramic mold based on stereolithography and gelcasting can elimi...
In recent years ceramic membrane technology has advanced considerably and ceramic membranes are now ...
The effect of type of sacrificial template on the processing and properties of porous alumina cerami...
This PhD thesis was mainly devoted to the set up of a new forming method, a combination of the sacri...
Here the sol-gel technique was employed in the production of ultra-high temperature ceramic fibres, ...
Filament winding and freeze gelation technique are combined in this work to manufacture all-oxide ce...
There can be significant advantages in the prepara-tion of ceramic materials as fibres rather than a...
Special C-shaped carbon fibers, melt spun from mesophase pitch, were used as micro-molds to form nes...
Affordable hydrophobic hollow fibre membranes were prepared using kaolin and alumina based ceramic p...
This PhD thesis was mainly devoted to the set up of a new forming method, a combination of the sacri...
Preparation of porous microtubular materials has attracted growing interest in recent decades. The f...
Special C-shaped carbon fibers, melt spun from mesophase pitch, were used as micro-molds to form nes...
L'introduction de fibres continues dans une matrice céramique est susceptible d'améliorer sa ténacit...
The objective of this research is to develop a hybrid material by integrating natural and artificial...