Dynamic Simulation of Shipborne Vertical Launching System Under High Wave Level
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Yanpeng Dong, Maohua Qu, Chengqian Su, Binfei Qi , Chen Yu, Chang Qi, Xueming Peng
The shipborne vertical launching system originated from the ballistic missile launch system. It is mainly used on ships and submarines for air defense and anti-missile attack and defense against surface ships. The purpose of this work is to study the influence of ship motion on the attitude parameters of the missiles exiting the silo under high wave level to meet the missile launch requirements. The dynamic models of the warship and its vertical launching system were established based on finite element method. The kinematic parameters of the missile were obtained considering the swing motion of the ship. The results can provide guidelines for the design of the shipborne vertical launching system with improved performances.
Shipborne Vertical Launching System, High Wave Level, Launching Dynamics