The United States and France, under a cooperative research project agreement are developing a new class of high density ceramics which inherently provide high space efficiency and reduced susceptibility to damage accumulation effects in thick sections. While many ceramics were considered, this research has focused on tungsten carbide based ceramics. The U.S. Army Research Laboratory, in cooperation with Cercom Inc. has developed a hotpressed tungsten carbide ceramic for ballistic applications. This paper will present a survey of high density ceramics, document the mechanical and elastic properties of the U.S. WC ceramic and baseline the ballistic performance
Ceramics has high hardness but low density and has been used in defense to enhance the protection of...
The purpose of the study is to accelerate the development of ceramic materials for armour applicatio...
The high velocity spraying experiments for preparing WC-Co ceramic coatings were carried out by usin...
The United States and France, under a cooperative research project agreement are developing a new cl...
We measured the ballistic performance of five ceramic materials (alumina, silicon carbide, boron car...
The depth of penetration method was used to ballistically evaluate the performance of silicon carbid...
The paper reviews the development of hard and ultrahard ceramic materials especially for light weigh...
Currently, there are no reliable methods for screening potential armour materials and hence full-sca...
In support of improved personal armour development, depth of penetration tests have been conducted o...
A series of experiments and simulations were conducted to investigate the effects of hardness and to...
High performance modeling of brittle materials is an efficient, inexpensive, time-saving solution fo...
Laminated ceramics with weak interface layers have been proven to be effective in toughening ceramic...
The protection of forces in the new world conflicts has become a particularly important issue for al...
In this paper, the 7.62 mm x 51 mm FFV round consisting of a tungsten carbide core (1550 HV) and co...
Glasses and ceramics are the most important class of armour materials. The ceramics, in particular, ...
Ceramics has high hardness but low density and has been used in defense to enhance the protection of...
The purpose of the study is to accelerate the development of ceramic materials for armour applicatio...
The high velocity spraying experiments for preparing WC-Co ceramic coatings were carried out by usin...
The United States and France, under a cooperative research project agreement are developing a new cl...
We measured the ballistic performance of five ceramic materials (alumina, silicon carbide, boron car...
The depth of penetration method was used to ballistically evaluate the performance of silicon carbid...
The paper reviews the development of hard and ultrahard ceramic materials especially for light weigh...
Currently, there are no reliable methods for screening potential armour materials and hence full-sca...
In support of improved personal armour development, depth of penetration tests have been conducted o...
A series of experiments and simulations were conducted to investigate the effects of hardness and to...
High performance modeling of brittle materials is an efficient, inexpensive, time-saving solution fo...
Laminated ceramics with weak interface layers have been proven to be effective in toughening ceramic...
The protection of forces in the new world conflicts has become a particularly important issue for al...
In this paper, the 7.62 mm x 51 mm FFV round consisting of a tungsten carbide core (1550 HV) and co...
Glasses and ceramics are the most important class of armour materials. The ceramics, in particular, ...
Ceramics has high hardness but low density and has been used in defense to enhance the protection of...
The purpose of the study is to accelerate the development of ceramic materials for armour applicatio...
The high velocity spraying experiments for preparing WC-Co ceramic coatings were carried out by usin...