CASPIAN JOURNAL
MANAGEMENT AND HIGH TECHNOLOGIES
MODELLING OF AERODYNAMIC PARAMETERS OF STEERING DRIVES OF THE ANTI-AIRCRAFT GUIDED MISSILE
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Read | Bashtannik Nikolay A., Pogrebnyak Ivan S., Sirotkin Alexey N., Svetlichkina Tatyana N. MODELLING OF AERODYNAMIC PARAMETERS OF STEERING DRIVES OF THE ANTI-AIRCRAFT GUIDED MISSILE // Caspian journal : management and high technologies. — 2021. — №2. — pp. 54-61. |
Bashtannik Nikolay A. - branch of the Astrakhan State University in Znamensk, bna-kandidat@rambler.ru
Pogrebnyak Ivan S. - branch of the Astrakhan State University in Znamensk, bna-kandidat@rambler.ru
Sirotkin Alexey N. - branch of the Astrakhan State University in Znamensk, bna-kandidat@rambler.ru
Svetlichkina Tatyana N. - branch of the Astrakhan State University in Znamensk, bna-kandidat@rambler.ru
To make a decision on the serial production of anti-aircraft guided missiles, it is necessary to perform a whole range of work ranging from the development of a technical task for the design, manufacture and testing of the finished product. In the final stage of testing at the test site, the anti-aircraft missile is undergoing dynamic tests in accordance with the state test program. For testing at the test site, in addition to on-site tests of missiles using targets to defeat them, various stands and simulators are used, as well as mathematical simulations in cases where inkind tests for some reasons, for example, in order not to incur losses, become impossible, as the prototype of the product submitted for testing can be in a single instance or its application can bring huge destruction to the environment. The article presents the development of an important component of the main stage of the study - the mutual influence of elements of the steering tract and panels of the rudders during dynamic tests of anti-aircraft guided missiles. The results of the work on mathematical and simulation modeling are presented.
Key words: aerospace defense, mathematical modeling, simulation model, anti-aircraft guided missile, aerodynamic characteristic, steering drive, panel of wheels