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With the advancement of domestic ocean development initiatives, the requisites for electrical power in large-scale marine development operations surged. Consequently, there was an escalating demand for the laying of marine power cables. In response to this imperative, the study focused on the design and investigation of a 50-ton submarine cable laying A-frame structure. To uphold the comprehensive stability of the mechanism, the A-frame structure's design adopted an integrated connection approach for each constituent mechanism. The methodology involved employing simulation analysis to assess performance, scrutinize deformation effects, and analyze the vibration modes of the A-frame. The findings indicated that the proposed A-frame structure exhibited commendable mechanical performance and possessed robust anti-vibration capabilities. This outcome served to further substantiate the reliability of the A-frame structure.
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Qi et al. (2024) studied this question.
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