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In order to study the launch performance of rocket artillery in alpine areas, a multi-body dynamic model of all-terrain rocket artillery was established, the interaction model between ice surface and ice surface was established by using the finite element method, the interaction force between orbit and ice surface was obtained, and the launch performance of all-terrain rocket under the ice surface was calculated by using the multi-body dynamics model. The results show that the modeling method can well simulate the interaction between the track and the ice surface, and the all-terrain rocket launcher has good launch performance on the ice surface.

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Analysis of the Launch Dynamics of All-Terrain Rocket Artillery Under Ice Conditions

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年

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  • Fan Li,
  • Cungui Yu

摘要

In order to study the launch performance of rocket artillery in alpine areas, a multi-body dynamic model of all-terrain rocket artillery was established, the interaction model between ice surface and ice surface was established by using the finite element method, the interaction force between orbit and ice surface was obtained, and the launch performance of all-terrain rocket under the ice surface was calculated by using the multi-body dynamics model. The results show that the modeling method can well simulate the interaction between the track and the ice surface, and the all-terrain rocket launcher has good launch performance on the ice surface.