High-speed impact of the metal projectile on the barrier containing porous corundum-based ceramics with chemically active filler /A. N. Ishchenko, S. A. Afanaseva, N. N. Belov [et.al.]

Электронный ресурс
Другой Автор
Ishchenko, Aleksandr N.
Belov, Nikolai N.
Blinov, Vasiliy I.
Burkin, Vladimir V.
Korolkov, Leonid V.
Rogaev, Konstantin S.
Khabibullin, Marat V.
Yugov, Nikolai T.
Afanaseva, Svetlana A.
Источник
AIP Conference Proceedings 2016 Vol. 1698. P. 040009-1-040009-8
Аннотация
The paper presents a calculation-experimental study on high-speed interaction of the metal projectile with a combined barrier made of porous corundum-based ceramics filled with chemically active composition (sulfur, nitrate of potash) in the wide range of speeds. A mathematical behavior model of porous corundum-based ceramics with chemically active filler is developed within the scope of mechanics of continuous media taking into account the energy embedding from a possible chemical reaction between a projectile metal and filler at high-speed impact. Essential embedding of inlet heat is not observed in the considered range of impact speeds (2.5 … 8 km/s).
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Предмет
статьи в журналах
Резюме
The paper presents a calculation-experimental study on high-speed interaction of the metal projectile with a combined barrier made of porous corundum-based ceramics filled with chemically active composition (sulfur, nitrate of potash) in the wide range of speeds. A mathematical behavior model of porous corundum-based ceramics with chemically active filler is developed within the scope of mechanics of continuous media taking into account the energy embedding from a possible chemical reaction between a projectile metal and filler at high-speed impact. Essential embedding of inlet heat is not observed in the considered range of impact speeds (2.5 … 8 km/s).