In this present work, an attempt has been made to study the effect of two different nano additives on the physical properties of alumina ceramics, after sintering. Two different additives which were selected for the purpose are monoclinic zirconia and nano clay, whose particle sizes are in the range of nanometer (d50 ~ 15 – 50 nm). The percentage of these additives were varied from 1%, 2%, 5% and 10% (wt %). Different processing methodologies have been employed to prepare alumina ceramics with different percentage of nano additives. These were uniaxial pressing method, solid casing method and gel casting. Green samples were sintered in pressure less condition at two different temperatures viz. 1550ºC and 1600ºC with a holding time of two ho...
Alumina is an important structural ceramics having wide application potential. However, its use in r...
The term nanoceramics is well known in the ceramic field for at least two decades. Even though there...
The applications of nanotechnology differ in different areas of life. Despite all the advantages of ...
Ceramics of alumina of high density and purity can have a broad application area due to the combinat...
The topic of the Ph.D. thesis was focused on the process of sintering alumina and zirconia ceramic m...
Highly porous alumina-zirconia ceramics were produced by adding space-holder materials during freeze...
Ceramic sintering on the basis of Al2O3 activated by nanopowder additives Al[2]O[3] and Al has been ...
n the present work, seven different types of nanocrystals were studied as additives in the formulati...
Ceramic Matrix Composites is becoming more and more reliable materials in the industry. Advanced Cer...
none4The aim of the present work is to realise ceramic tiles with superior surface mechanical charac...
In the present work, seven different types of nanocrystals were studied as additives in the formulat...
There is a considerable current interest in learning how to process genuinely nanostructured ceramic...
The aim of the present work is to obtain ceramic tiles with superior surface mechanical characterist...
Nanosized alumina has been synthesized by employing two aluminum salts with monovalent anions that i...
Aluminijev i cirkonijev oksid pripadaju skupini oksidnih tehničkih keramika. Zbog svojih dobrih svoj...
Alumina is an important structural ceramics having wide application potential. However, its use in r...
The term nanoceramics is well known in the ceramic field for at least two decades. Even though there...
The applications of nanotechnology differ in different areas of life. Despite all the advantages of ...
Ceramics of alumina of high density and purity can have a broad application area due to the combinat...
The topic of the Ph.D. thesis was focused on the process of sintering alumina and zirconia ceramic m...
Highly porous alumina-zirconia ceramics were produced by adding space-holder materials during freeze...
Ceramic sintering on the basis of Al2O3 activated by nanopowder additives Al[2]O[3] and Al has been ...
n the present work, seven different types of nanocrystals were studied as additives in the formulati...
Ceramic Matrix Composites is becoming more and more reliable materials in the industry. Advanced Cer...
none4The aim of the present work is to realise ceramic tiles with superior surface mechanical charac...
In the present work, seven different types of nanocrystals were studied as additives in the formulat...
There is a considerable current interest in learning how to process genuinely nanostructured ceramic...
The aim of the present work is to obtain ceramic tiles with superior surface mechanical characterist...
Nanosized alumina has been synthesized by employing two aluminum salts with monovalent anions that i...
Aluminijev i cirkonijev oksid pripadaju skupini oksidnih tehničkih keramika. Zbog svojih dobrih svoj...
Alumina is an important structural ceramics having wide application potential. However, its use in r...
The term nanoceramics is well known in the ceramic field for at least two decades. Even though there...
The applications of nanotechnology differ in different areas of life. Despite all the advantages of ...