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A%'9%3>.,:%;"86%) 82%836
1. Lambert J.P. Ballistic Research Laboratory, ARBRL – MP-02828
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G.: H-,-1, 1983. – A. 6–47.
3. A/$/'. \.I. W,574@(0)' 5$%&'(() (./$6- - 0/54/.6-. – I%.%(->-$(6: I/76/. A->. %2*-', 1994. – 189 (.
4. A-4/02@'. U.C., U*/*7$%. ].U. G%*-+-&-$%./0-' (.%;(2. (-02'8 CJA#-6'$/,-6 572', 7*/$0%:% (D/2-1 // A.'$35$%.%*-,%(2@:
+-8., 3-,., 2'30. – 1991. – J. 4, b 2. – A. 308–317.
59
5. Viechnicki D.J., Slavin M.J., Kliman V.I. Development and current
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6. E/(?'20%- !"#$%&'$()*+,(-. *(*+&/ #01$2$(&3 '$)*++0!$%*'&!& (* 0"(01$ 2&40%&2* )&)*(* & !*%4&2* 40%* 1 5"+01&36 52*%(070
(*7%58$(&3 / 9.9. :$+01 [& 2%.] // ;$0%$)&<$"!&$ 0"(01- 6&'&<$"!0.
)$6(0+07&&. – 2005. – ;. 39, = 6. – >. 659–665.
7. ?""+$201*(&$ #%0@$""01 2$A0%'&%01*(&3 & %*/%5B$(&3
6%5#!&6 '*)$%&*+01 / 9.9. :$+01 [& 2%.] // C$6*(&!* !0'#0/&@&0((-6
'*)$%&*+01 & !0(")%5!@&.. – 2001. – ;. 7, = 2. – >. 131–142.
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10. F-4*!01 E.L. ?""+$201*(&$ 0)!0+,(-6 31+$(&. 1 !0(2$("&%01*((-6 )$+*6 #%& (*7%58$(&& !0"-'& 52*%(-'& 10+(*'& // M$)0(*@&3. D%&)&<$"!&$ 31+$(&3. I&/&!0-6&'&<$"!&$ #%$1%*H$(&3 1 52*%(-6 10+(*6. – N$%(070+01!*: O?PI E9 >>>F, 1978. – >. 140–144.
11. F-4*!01 E.L. ?""+$201*(&$ 0)!0+,(070 %*/%5B$(&3 !0(2$("&%01*((-6 )$+ // QLC;I. – 1981. – = 5. – >. 144–146.
12. M$.")1&$ 1/%-1* +&")01070 /*%32* KK (* *+G'&(&$15G #+*")&(5 / R.K. C$()$B01 [& 2%.] // I&/&!* 70%$(&3 & 1/%-1*. – 1967. –
;. 3, = 2. – >. 286–290.
13. F-4*!01 E.L. O)!0+- 1 ")*+& #%& (*7%58$(&& " #0'0H,G
1/%-1* +&")01070 /*%32* KK & 52*%* #+*")&(0. // QCL;I. – 1977. –
= 1. – >. 151–155.
14. K0+078*(&( O.S., KB&1!01 O.S., F-4*!01 9.E. J%*(&@- 04+*")$. #%&'$($(&3 '02$+$. #01$2$(&3 #%$7%*2- #%& 10/2$.")1&&
52*%(&!01 // K$")(&! ?8J;T. – 2010. – = 2 (46). – >. 16–18.
15. T2$+,(-. &'#5+," !*! A&/&<$"!&. !%&)$%&. 0#%$2$+$(&3 #*%*'$)%01 0)!0+* / O.S. KB&1!01 [& 2%.] // K$")(&! LJ;T. L%&!+*2(*3
'*)$'*)&!* & '$6*(&!*. – L$%',, 2006. – = 1. – >. 159–163.
L0+5<$(0 02.07.2011
60
O.Y. Vshivkov
The Perm national research polytechnic university
DEFORMATION AND FRACTURE OF LAYERED COMPOSITE
MATERIALS WITH A COMPLEXLY ORGANIZED STRUCTURE
AT THE SHOCK-WAVE LOADS
The features of the behavior of packets of composite materials under shock-wave loading revealed, the correlation relations between the parameters macrodestruction with dynamic mechanical
properties of materials established, the parameters of penetration into them hitting percussion pieces,
penetration and spalling identified. The values of characteristics of compounds porous-fibrous metallic
material and ceramic material based on carbo-silicide titanium for their successful application as
defensive elements in the barriers and constructions been found.
Keywords: Carbo-silicide titanium, composite material, porous-fibrous metallic material, the
specific mechanical impulse, spall, shock resistance, impedance of the material.
61