ANALYSIS OF REQUIREMENTS TO THE METHOD OF LAUNCH OF ANTI-SHIP MISSILES DEFINED BY THE SPECIFICITY OF MODERN MARINE WEAPONS AND STRATEGIES FOR THE COMBAT USE OF THE NAVY
DOI:
https://doi.org/10.34169/2414-0651.2022.1(33).74-81Keywords:
choice of launch method for anti-ship missiles, limitations due to the level of thrust-to-weight ratio of the missile, requirements for firing targets on the near border, initial stages of development of vertical launch launchersAbstract
The article shows that the specific features of the combat application of anti-ship missile systems require, when choosing the method of missile launch, taking into account the limitations caused by the level of thrust-to-weight ratio of the missile, requirements for firing at targets on the short range, increasing requirements for missile reliability during its long-term storage and operation in the field conditions. Satisfaction of the specified requirements for anti-ship missile complexes is most fully achieved by application of vertical gas-dynamic method of missile launch with forced declination of the missile on the trajectory of the required movement.
The use of vertical gas-dynamic container launch of anti-ship missiles of coastal missile systems makes it necessary to address the optimal choice of mass and energy characteristics of the «container-missile» subsystem.
The presented approach can be used at the initial stages of development of launch units of missile systems vertical launch to solve the issues of selecting the optimal design of the subsystem «container-missile» and launch units as a whole.
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Zvershkhovsky, I.V., Kanishchev, V.V., Katsan, A.M. & Kuchinskaya, O.B. (2021). Against ship complexes − effective armament of coastal units and ships of the fleet. Weapons and military equipment. № 2(30). Pp. 60—66.
Lapitsky, S.V. & Chepkov, I.B. Fundamentals of military-technical research. Theory and applications : monograph : in 4 vol. Vol. 4. Methodology of research of complex military systems; ed. by S.V. Lapitsky. K.: Dmitriy Burago Publ. House, 2013. 480 р.
Ayupov, V.V. (2017). Mathematical modeling of technical systems. Tutorial. Perm «Prokrost». Pp. 11—17.
Zvershkhovsky, I.V., Zirka, M.V., Petushkov, V.V. & Kuchinska, O.B. (2021). The problem of block synthesis of missile preparation and start-up control system for missile complexes. K.: Weapons and military equipment. No. 3(31). Pp. 21—33. DOI: https://doi.org/10.34169/2414-0651.2021.3(31).21-33
Coll. of works Leningrad Mechanical Inst. 1961. No. 17.
Combat properties of nuclear weapons. M.: Military Publ. House. І967.
Chepurnov, I.A., Serov, S.A. & Vorotnyuk, Yu.S. (2012). ABM systems, theoretical foundations of radar, principles of construction of complexes: M.: Publ. house of Bauman Moscow State Technical Univ.
Reliability in engineering. Terms and Definitions. State Standard 133−75.
Olenovich, I.F., Safiulin, Kh. & Svechnikov, V.V. (1974). Research report 26−53. P. VII. KVAIU. DOI: https://doi.org/10.1680/macr.1974.26.86.53-1
Olenovich, I.F., Safiulin, Kh. & Golovin, A.A. (1975). Research report No. FU-4-70. P. IX. Air Defense Branch of the Ground Forces VAOLKA.
Safiulin, X. & Olenovich, I.F. (1974). On the issue of assessing the quality level of launchers in the prelaunch period. M. Iss. 9(96).
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Copyright (c) 2022 Ігор Звершховський,Марія Зірка,Оксана Кучинська ,Данило Зінченко
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