Research on Hoisting Dynamics of Ancient Wooden Ship based on Adams
As a national key level of protection of cultural relics of the ancient wooden ship,regular maintenance or move,need to include support steel frame for the overall lifting,the kinematic analysis of its lifting process is neces-sary.Taking the ancient wooden ship as the research object,using the sleeve force method to establish the wire rope dynamic model,realizing the rapid creation of the wire rope function through the secondary development of Adams,constructing the ancient wooden ship lifting system,carrying out the kinematics simulation,and analyzing the influ-ence of different factors on the stability of the lifting system.The results show that:(1)the mechanical properties of the wire rope established by the axial sleeve force method are consistent with the reality;(2)the maximum deforma-tion of the hanger occurs at the bow position,and attention should be paid to reinforce the strength of the hanger in this area in the actual lifting;(3)in the actual arrangement of the lifting point,the transverse and longitudinal sym-metry should be met as much as possible to avoid the concentration of the wire rope pulling force effectively.
heritage conservationquill forcesecondary developmentlifting point arrangement
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