Experimental and theoretical research of the interaction between a high-velocity fragment and a distributed target
The adjustment of the method for conducting the research of a high-velocity interaction between a striker and a distributed target is represented. The distributed target consisted of acrylic plastic (PMMA) and an obstacle - “a bystander” made of aluminum alloy D16 located at 60 mm distance from the obstacle. The adjustment of the method of experiment was conducted at a velocity range of 1500…2500 m\\s. A mathematical modelling of a high-velocity interaction realized in the series of experiments is included in the method in order to investigate corresponding popup effects in a more detailed way
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Keywords
high-velocity interaction, mathematical modelling, distributed targetAuthors
| Name | Organization | |
| Afanas’eva S.A. | Research Institute of Applied Mathematics and Mechanics Tomsk State University | |
| Burkin V.V. | Research Institute of Applied Mathematics and Mechanics Tomsk State University | v.v.burkin@mail.ru |
| Dyachkovskiy A.S. | Research Institute of Applied Mathematics and Mechanics Tomsk State University | lex_okha@mail.ru |
| Ishchenko A.N. | Research Institute of Applied Mathematics and Mechanics Tomsk State University | ichan@niipmm.tsu.ru |
| Rogaev K.S. | Research Institute of Applied Mathematics and Mechanics Tomsk State University | rogaev@ftf.tsu.ru |
| Sammel A.Y. | Research Institute of Applied Mathematics and Mechanics Tomsk State University | anton_sammel@mail.ru |
| Stepanov E.Y. | Research Institute of Applied Mathematics and Mechanics Tomsk State University | stepanov_eu@mail.ru |
| Khabibullin M. V. | Research Institute of Applied Mathematics and Mechanics Tomsk State University | lenmar07@rambler.ru |
| Chupashev A.V. | Research Institute of Applied Mathematics and Mechanics Tomsk State University | chupashevav@gmail.com |
References
Канель Г.И., Разоренов С.В., Уткин А.В., Фортов В.Е. Ударно-волновые явления в конденсированных средах. - М.: Янус-К, 1996. - 408 с.
Бураков В.А., Буркин В.В., Ищенко А.Н., Корольков Л.В., Степанов Е.Ю., Чупашев А.В., Агафонов С.В., Рогаев К.С. // Патент на изобретение № 2591132 от 20 июня 2016.
Белов Н.Н., Демидов В.Н., Ефремова Л.В. и др. // Изв. вузов. Физика. - 1992. - Т. 35. - № 8. - С. 5-48.
Белов Н.Н., Корнеев А.И., Николаев А.П. // ПМТФ. - 1985. - № 3. - С. 132-136.
Хабибуллин М.В., Афанасьева С.А. Расчет явлений, происходящих в конденсированных средах в результате интенсивных импульсных воздействий, в осесимметричной постановке. Федеральная служба по интеллектуальной собственности // Свидетельство о государственной регистрации программы для ЭВМ № 2012617301. - М., 2012.
