Advances in Ceramic Armor V (Ceramic Engineering and Science by Jeffrey Swab

By Jeffrey Swab

The Armor Ceramics Symposium offers an annual discussion board for the presentation and dialogue of unclassified info and concepts bearing on the advance and incorporation of ceramic fabrics for armor purposes. This choice of articles from the 7th version of this symposium concerned with effect, Penetration and fabric Modeling, fabric recommendations, methods and Characterization, the appliance of NDE, and obvious Armor.

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A. M. V. Kartuzov, On one new modification of Alekseevskii-Tate model for nonstationary penetration of long rods into targets, Int. J. Impact Engng, 26(1-10) 201-210 (2001). G. 2, Kiev: Naukova Dumka (2003) [in Russian]. A. G. A. Rymashevsky, Strength of refractory compounds. Moscow, Metallurgy (1974). 38 . Advances in Ceramic Armor V Advances in Ceramic Armor V Edited by Jeffrey J. L. V. V. V. Hachatraian Institute for Problems of Materials Science Kyiv-142, 03680, Krzhyzhanovsky 3, Ukraine ABSTRACT.

Lundberg and B. Lundberg, “Transition between Interface Defeat and Penetration for Tungsten Projectiles and Four Silicon Carbide Materials,” Int. J. , 31,781-92 (2004). M. K. D. M. Peskes, and M. van de Voorde, “The Effect of 54 Advances in Ceramic Armor V Ballistic Impact Damage Observations in a Hot-Pressed Boron Carbide Coverplates on the Dwell Characteristics of Silicon Carbide Subject to KE Impact,” Proceedings of the 2 1It International Symposium on Ballistics, Adelaide, Australia (2004).

B) Quartz powder after 200 kN compression only. The fragment size distribution of selected specimens was measured with a laser-based particle classifier after the tests. 3 mm. No change from the original size distribution was observed in tests at 10 kN and 50 kN (normal stresses of 69 MPa and 342 m a ) . 5 pm to about 2 pm, showing that larger particles were fractured and eroded. Figure 4. 37 GPa). Polished cross sections through tested specimens on planes normal to a specimen radius showed cracks in two general orientations-parallel to the anvil surface, and angled at 20 to 60 degrees to the specimen axis.

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