Constructionof an Integrated Analysis Model for the Configuration and Performance of an Ammunition Feeding Mechanism Based on Finite and Instantaneous Screw Theory
The ammunition feeding mechanism's performance is crucial to achieving automation and a high firing rate for large-calibre artillery.Currently,the design mode of the ammunition feeding mecha-nism for large-calibre artillery is prone to inherent deficiencies in performance and accuracy due to re-peated iteration and mutual disconnection.These deficiencies are difficult to compensate for in the fu-ture,resulting in low efficiency and poor service reliability of the ammunition feeding mechanism de-sign.To address the aforementioned issues,an algebraic topology model for the continuous motion of the ammunition feeding mechanism and an analytical performance model for instantaneous motion are constructed,using the advantages of the finite instantaneous screw theory in the same dimensional ana-lytical representation of continuous and instantaneous motion of the mechanism.The study successfully integrates the analysis of the configuration and performance of the ammunition feeding mechanism under the same mathematical framework.The achievement lays a solid theoretical foundation for the design of the ammunition feeding mechanism for large-calibre artillery.The significance of this study is profound as it improves the performance and reliability of the ammunition feeding mechanism.
ammunition feeding mechanismfinite and instantaneous screw theorykinematicsstaticsdynamics
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