Effects of Wind on Steady-state Scan Characteristics and Hit Probability of Terminal-sensitive Projectile |
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Authors: | GUO Rui LIU Rong-zhong WANG Yu-bo HUANG Feng-hua |
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Affiliation: | Ministerial Key Laboratory of ZNDY, Nanjing University of Science and Technology, Nanjing 210094 Jiangsu, China |
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Abstract: | The wind effects on steady-state scan characteristics and hit probability of terminal-sensitive projectile were discussed in this paper. Considering wind as the constitutions of the average wind and the impulsive wind, a simplified wind field model was established for the ballistic calculation of the steady-state scan phase; under the windy condition, the effects of the range wind and the beam wind on the steady-state scan characteristics of the terminal-sensitive projectile were analyzed in detail and its hit probabilities for a certain armored target were calculated. The calculated results show that, when the wind speed exceeds a certain value, the hit probabilities of terminal-sensitive projectile drop rapidly; the wind effects must be considered in the application of the terminal-sensitive projectiles. This paper provides some theoretical references for the fire wind speed correction and the global structure optimization of the terminal-sensitive projectile. |
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Keywords: | launch and flight technology of aerocraft terminal-sensitive projectile steady-state scan characteristics wind speed correction hit probability |
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