Abstract
Shaft alignment plays an important role in the installation of ship propulsion shafting, ensuring the safety and reliability of ship propulsion shafting. The article takes the shaft system of a 3000m ro-ro ship as an example to simplify the model. Use the workbench platform to perform linear alignment, reasonable alignment and bearing displacement optimization on the shaft system. The results are anastomosis with the results of the traditional three-bending moment algorithm. The optimized displacement result of the bearing can be used as a reference data for shafting installation, which has great practical value.
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