Simulation of high-speed interaction between impactor and layered-spaced design involving explosive /A. Ishchenko, S. Afanaseva, N. Belov [et.al.]

Электронный ресурс
Другой Автор
Ishchenko, Aleksandr N.
Belov, Nikolai N.
Burkin, Viktor V.
Zykova, Angelica I
Rogaev, Konstantin S.
Yugov, Nikolai T.
Afanaseva, Svetlana A.
Источник
AIP Conference Proceedings 2016 Vol. 1770. P. 040014-1-040014-8
Аннотация
In this paper we present calculating and experimental study of high-speed interaction between explosive content, protected by layered-spaced design, and the cermet impactor in wide speed range. An experimental technique and mathematical model of during the behavior of explosives, protected by layer-spaced design, by with high-speed impact. The process of the interaction between the cermet impactor and element of the protective design is customized and depends on the materials of the interacting bodies, the speed and angle of impact.
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$a In this paper we present calculating and experimental study of high-speed interaction between explosive content, protected by layered-spaced design, and the cermet impactor in wide speed range. An experimental technique and mathematical model of during the behavior of explosives, protected by layer-spaced design, by with high-speed impact. The process of the interaction between the cermet impactor and element of the protective design is customized and depends on the materials of the interacting bodies, the speed and angle of impact.
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$a Ishchenko, Aleksandr N.
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$a Belov, Nikolai N.
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$a Burkin, Viktor V.
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$a Zykova, Angelica I
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$a Rogaev, Konstantin S.
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$a Yugov, Nikolai T.
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$a Afanaseva, Svetlana A.
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Предмет
статьи в журналах
Резюме
In this paper we present calculating and experimental study of high-speed interaction between explosive content, protected by layered-spaced design, and the cermet impactor in wide speed range. An experimental technique and mathematical model of during the behavior of explosives, protected by layer-spaced design, by with high-speed impact. The process of the interaction between the cermet impactor and element of the protective design is customized and depends on the materials of the interacting bodies, the speed and angle of impact.