METHODOLOGY FOR CALCULATING THE MAIN PARAMETERS OF FRAGMENTATION EXPLOSIVE DEVICES FOR DESTRUCTION OF AIR TARGETS OF THE BPL TYPE
DOI:
https://doi.org/10.17721/2519-481X/2024/83-04Keywords:
unmanned aerial vehicle, means of destruction, engineering fragmentation munitions of directed action, protection of objectsAbstract
Based on the experience of the Russian-Ukrainian war, there is a tendency to increase the number of unmanned aerial vehicles used to destroy equipment, personnel, and infrastructure. For this purpose, unmanned aerial vehicles such as barrage munitions, kamikaze, drop drones, etc. are used. The share of losses of weapons and equipment, as well as personnel, caused by such weapons has become the largest compared to other means of destruction. To counteract such means, various anti-aircraft missile systems, electronic warfare equipment and mobile fire groups are used. The most effective way to defeat unmanned aerial vehicles is to hit them with a large number of destructive elements (fragments). Taking into account the ratio of the cost of unmanned aerial vehicles and means of their destruction, in particular anti-aircraft missile munitions, the paper proposes the use of fragmentation explosive devices of directed action to defeat attack unmanned aerial vehicles according to the "effectiveness-cost" criterion.
The article presents an analysis of studies of the effectiveness of the use of directed-action fragmentation munitions. A study of the feasibility of using directed-action fragmentation engineering ammunition of the MON series mines is carried out. On the basis of the mathematical model of the flight of a fragment, taking into account its shape, a methodology for calculating the main parameters of fragmentation explosive devices of directed action for the destruction of air targets such as unmanned aerial vehicles is proposed. Mathematical calculations are presented to determine the main characteristics of fragmentation explosive devices of directed action for defeating unmanned aerial vehicles, taking into account the external trajectory measurements of the target and the factors that affect the formation of the fragmentation field (zone). Schemes of deployment of fragmentation explosive devices of directed action for the protection of objects are proposed.
References
1. Maistrenko O.V., Ivanyk Ye.H., Prokopenko V.V., Bubenshchykov R.V., Stehura S.I. (2018). “Metodyka rozrakhunku urazhennia bezpilotnykh litalnykh aparativ artyleryiskymy boieprypasamy”. [Methodology for calculating the defeat of unmanned aerial vehicles by artillery ammunition]. Collection of scientific papers of the National Army Academy, No. 3 (10), pp 34-40.
2. Melnychuk A.Y., Horiachev N.V., Yurkov N.K. (2020). “Sposobu y sredstva protyvodeistvyia bespylotnыm letatelnыm apparatam”. [Ways and means of countering unmanned aerial vehicles]. Reliability and quality of complex systems, No. 4 (32), pp 131-138, https://cyberleninka.ru/article/n/sposoby-i-sredstva-protivodeystvia-bespilotnym-letatelnym-apparatfm (accessed 17may 2023).
3. Lienkov S., Kryvtsun V., Miroshnichenko O., Holushko S., Koltsov R. (2023). “Analiz stanu rozvytku pytannia zakhystu obiektiv krytychnoi infrastruktury z vykorystanniam inzhenernykh boieprypasiv”. [Analysis of the state of development of the issue of protection of critical infrastructure facilities using engineered munitions].pp 81-91.
4. Kryvtsun V.I., Nahachevskyi V.I., Kalenyk M.M., Holushko S.L. (2023). “Vykorystannia oskolkovykh protypikhotnykh vybukhovykh prystroiv napravlenoi dii yak odyn iz zasobiv protydii BpLA v umovakh obmezhenykh resursiv”. [The use of fragmentation anti-personnel explosive devices as a means of countering UAVs in conditions of limited resources]. Collection of scientific works of NADPSU, No. 94(1), pp 152-164.
5. Salamakhyn T.M., Miakyshev B.A., Rott O.E., Franskevych A.A., Tselovalnykov E.P., Vysiashchev V.Iu. (2013) “Osnovu prymenenyia vzrыva dlia reshenyia voenno-ynzhenernыkh zadach pry vedenyy boevыkh deistvyi”.[Fundamentals of using explosion to solve military engineering problems in combat operations]. Art. 1. Textbook. P. 463, https://www.sprгtyvg7.com.ua.
6. Mentus I.E. (2008). “Efektyvnist inzhenernykh boieprypasiv”. [Effectiveness of engineered munitions]. Faculty of Military Training at Podilskyi State Agrarian and Technical University. P. 80.
7. V.V. Selyvanov (2008). “Sredstva porazhenyia y boeprypasu” [Means of destruction and ammunition] Bauman M. State Technical University Publishing House. 284 p. https://ru.scribd.com/search?query.
8. BrychynskyiO.V., OkipniakD.A., MaliukV.M., BurashnikovO.O., KovalovH.H, FarbotaA.I., NeshchadinO.V., HolovatyiR.M. (2023). “Vybukhova sprava”[Explosives business]. Textbook. National Academy of Land Forces. P. 488.
9. Hutsul T., Zhezhera I., Tkach V. (2022). “Osoblyvosti klasyfikatsii ta metodiv vyboru BpLA”[Features of UAV classification and selection methods]. Technical sciences and technologies, No. 4(30), pp 201-212.
10. Zhuravliev A.A., Orlov S.V. (2012). “Obgruntuvannia znachennia ploshchi dosvidnoho urazhennia tsili v zasobamy urazhennia, osnashchenymy oskolochno-fuhasnymy boieprypasamy”[Substantiation of the value of the area of experimental target destruction in the means of destruction equipped with high-explosive munitions]. Science and Technology of the Air Force of the Armed Forces of Ukraine, No. 3(9), pp 176-178.
11. Makarenko S.Y., Tymoshenko A.V. (2020). “Analyz sredstv y sposobov protyvodeistvyia bespylotnym letatelnym apparatam”. [Analysis of means and methods of countering unmanned aerial vehicles]. Control, communication and security systems, No. 1, pp 147-197, http://sccs.intelgr.com/archive/2020-01/06-Makarenko.pdf.
12. Nakaz MOU vid 04.01.2017 №2“Kerivnytstvo z zastosuvannia inzhenernykh boieprypasiv u ministerstvi oborony Ukrainy ta Zbroinykh sylakh Ukrainy”. [Guidelines for the use of engineered munitions in the Ministry of Defense of Ukraine and the Armed Forces of Ukraine]. P. 289.
13. Tkachuk P.P., Chumakevych V.O., Droban O.M., Fedor B.S., Evdokymov P.M. (2011). “Boieprypasy”. [Ammunition]. P. 319.
