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Abstract
For self-elevating units, the lifting locking system is one of the most critical equipment and has important applications in the field of marine engineering. The reliability of the jacking and fixation system is crucial for the safety of the platform, and the jacking and fixation system, the strength of the climbing gear and rack directly affects the reliability of the system. Therefore, optimizing the structural parameters of the climbing gear and rack to enhance their strength has always been a research hotspot in the field of marine engineering. This article uses ANSYS simulation software to model the climbing gear and rack, in order to analyze the impact of gear root chamfer radius on the strength of the climbing gear.
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1 CHINA CLASSIFICATION SOCIETY , Tianjin , China