We present the results of experimental investigations of the protective properties of ceramic plates according the specific momentum of an indenter with regard for the density and thickness of the plates. The advantages of ceramics made of reaction-sintered silicon carbide for the commercial production of armor elements are demonstrated. The rational sizes of the area of ceramic plates and specific features of their application together with polymeric composite materials based on pararamide fabrics are established according to the data of model experiments.
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S. M. Arnold and J. W. Coltman, “Design trade-offs for ceramic/composite armor materials,” in: Anv. Mater.: Look Ahead to the 21st Century 22nd (Int. Sample Techn. Conf.), Boston (1990), pp. 278–292.
D. Schade, J. Drofler, M. Musante, et al., Patent No. 5705764 US, 6F41H5/04, Armoring System, Published on 06.01.98.
G. Kellner, Patent No. 4114809 DE, 5F41H1/02, 5/04, B32B7/02, Material for Bulletproof Plates, Published on 12.11.92.
A. V. Gorik, O. N. Grigor’ev, D. Yu. Ostrovoi, et al., “Experimental and theoretical studies on the nonlinear stress-strain state of a laminated ceramic composite,” Probl. Prochn., No. 6, 29–40 (2001).
K. Gadkaree and B. Flats, Patent No. 4992318 US, 5B32B5/12, C04B35/56, Multilayer Composite Material, Published on 12.02.91.
I. Yu. Kelina and Yu. I. Dobrinskii, “Efficiency of application of nitride-silicon ceramics as an armor material,” Ogneupor. Tekh. Keram., No. 6, 9–12 (1997).
S. Abkowitz, D. Rowell, H. Hearsd, and S. Kraus, Patent No. 4987033 US, 5B32B7/02, Shock-Resistant Composite Armor and the Procedure of Its Production, Published on 22.01.91.
E. Dunn, et al., Patent No. 251395 EP, 5F41H5/04, Armor Plate, Published on 07.01.1988.
H. Massariol, Patent No. 699887 EP, 6F41H5/04, Multilayer Armor, Published on 06.03.96.
P. Brock, et al., Patent No. 488465 EP, 5F41H5/04, Multilayer Armor Protective Structure, Published on 03.06.92.
L. Van der Loo and M. Mertens, Patent No. 5340633 US, 5B32B3/16, 5/12, A4D15/04, A41H5/02, Multilayer Antimissile Protective Structure, Published on 23.08.94.
G. Kellner, Patent No. 19509899 DE, 6F41H5/04, Multilayer Armor Protective Material, Published on 19.09.96.
C. Dusan, T. Bruce, and D. Young, Patent No. 91/06823 WO, 5F41H5/04, Ceramic Armor Reinforced with High-Strength Fibers and Protective Products Made of This Armor, Published on 16.05.91.
S. Khadzhaeva, G. Zaitsev, and É. Dovgal’, Patent No. 2133433 RU, 6F41H1/02, 5/04, Armored Protective Barrier [in Russian], Published on 20.07.99, Bulletin No. 20.
A. Pivitt, D. Rock, and S. Sridharan, Patent No. 4911061 US, 5F41H5/02, 5/16, Composite Armor and the Procedure of Its Production, Published on 27.03.90.
A. Andreev, S. Osipenko, S. Slavinskii, et al., Patent No. 2130159 RU, 6F41H1/02, 5/04, Bulletproof Panel for Means of Armored Protection [in Russian], Published on 10.05.99, Bulletin No. 13.
W. Kwok, B. Hong, D. Young, and C. Dusan, Patent No. 91/07633 WO, 5F41H5/04, Composite Armor, Published on 30.05.91.
W. Kwok, B. Hong, D. Young, and C. Dusan, Patent No. 92/09861 WO, 5F41H5/04, Armored Structure Made of a Composite Material, Published on 11.06.92.
V. N. Aptukov, “Penetration: mechanical aspects and mathematical simulation (a survey),” Probl. Prochn., No. 2, 60–68 (1990).
V. V. Kharchenko, A. L. Maistrenko, A. I. Babutskii, and E. A. Kondryakov, “Impact deformation and fracture mechanisms of plates of brittle materials,” Probl. Prochn., No. 3, 86–92 (2002).
Translated from Problemy Prochnosti, No. 6, pp. 128–135, November–December, 2004
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Vyshnyakov, L.R., Mazna, A.V., Neshpor, A.V. et al. Influence of structural and technological factors on the efficiency of armor elements based on ceramics. Strength Mater 36, 643–648 (2004). https://doi.org/10.1007/s11223-005-0011-4
- composite armor elements
- ceramic plates
- specific momentum
- mosaic structure