Abstract
Abstract A multi rigid body dynamic model is established to address the dynamic issues of the firing mechanism of a certain type of artillery during the opening and closing of the latch, which can reflect the interaction between various components of the firing mechanism during the opening and closing of the latch. By adding the constraints and forces required for the dynamic simulation of the firing mechanism, as well as the contact/collision factors of each component during the firing action, a complete dynamic simulation of the firing mechanism was conducted in ADAMS software, and the interaction between each component during the opening and closing latch action of the firing mechanism was analyzed. This provides important experimental basis and support for the establishment of the firing mechanism model, and also provides reference for the spatial adjustment and optimization of the internal structure of the wedge bolt.
Published Version
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