Contrary to the moderate ballistic advantage of Al2O3 ceramics over MgAl2O4 polycrystals, the present study shows a reverse ratio of the ballistic strength of alumina and spinel single crystals: Spinel single crystals outperform sapphire and exhibit a similarly high stability as submicrometer Al2O3 ceramics. The results correlate with different cleavage of single crystalline spinel and sapphire, changing the fragmentation on ballistic impact
The slow crack growth parameters of several transparent armor ceramics were measured as part of a pr...
The combination of hard and brittle ceramics with ductile materials is an efficient way of providing...
Armour systems for ballistic protection can be made from many materials. One type of material used i...
Requirements for the cockpit of military vehicles are constantly increasing as a result of escalatin...
Laboratory-madeAl2O3 and spinel ceramics were investigated so as to enable ballistic tests with a va...
It has been demonstrated that significant weight reductions can be achieved, compared to conventiona...
It has been demonstrated that significant weight reductions can be achieved, compared to conventiona...
A complex study was performed over several years with laboratory-made ceramic tiles to enable ballis...
The study addresses (1) the impact (i) of ceramic microstructures and (ii) of the deformation of the...
Sintered sub-µm Al2O3 is the hardest of all transparent materials for compact windows, and a high ha...
Recently, the U.S. Army Research Laboratory (ARL) has focused increased attention on the development...
Structural transparent material systems are critical for many military and civilian applications. Tr...
Glasses and ceramics are the most important class of armour materials. The ceramics, in particular, ...
A hierarchic order of influences on the wear resistance of ceramics is adopted here and applied in a...
New grades of sintered corundum armor (.alpha.-Al2O3) have been designed here to obtain a ballistic ...
The slow crack growth parameters of several transparent armor ceramics were measured as part of a pr...
The combination of hard and brittle ceramics with ductile materials is an efficient way of providing...
Armour systems for ballistic protection can be made from many materials. One type of material used i...
Requirements for the cockpit of military vehicles are constantly increasing as a result of escalatin...
Laboratory-madeAl2O3 and spinel ceramics were investigated so as to enable ballistic tests with a va...
It has been demonstrated that significant weight reductions can be achieved, compared to conventiona...
It has been demonstrated that significant weight reductions can be achieved, compared to conventiona...
A complex study was performed over several years with laboratory-made ceramic tiles to enable ballis...
The study addresses (1) the impact (i) of ceramic microstructures and (ii) of the deformation of the...
Sintered sub-µm Al2O3 is the hardest of all transparent materials for compact windows, and a high ha...
Recently, the U.S. Army Research Laboratory (ARL) has focused increased attention on the development...
Structural transparent material systems are critical for many military and civilian applications. Tr...
Glasses and ceramics are the most important class of armour materials. The ceramics, in particular, ...
A hierarchic order of influences on the wear resistance of ceramics is adopted here and applied in a...
New grades of sintered corundum armor (.alpha.-Al2O3) have been designed here to obtain a ballistic ...
The slow crack growth parameters of several transparent armor ceramics were measured as part of a pr...
The combination of hard and brittle ceramics with ductile materials is an efficient way of providing...
Armour systems for ballistic protection can be made from many materials. One type of material used i...