Narrow Results

In order to solve the problem that naval replenishment equipment could not be independent development and production, and In view of the present status that there is not a engineering model for sealift highline cable, the paper researched, The paper research multi-flexible-body system dynamics model of the rope and used it to simulate sealift Highline cable based on the multi-body dynamics theory. Meanwhile the paper simulated to the transverse replenishment process for sea dry cargo by using dynamics tools ADAMS, through the analysis of simulation results. Then the conclusion is gained, which the multi-flexible-body dynamic model is more close to the sealift highline cable and the dynamic calculation results is closer to the actual situation.

The paper researches rigid flexible system dynamics model of the rope, and used it to simulate sealift Highline based on the multi-body dynamics theory. Meanwhile the paper simulated to the sea dry cargo replenishment of transverse process, then gain the conclusion that the rigid flexible dynamic model get in the paper is more close to the Caucasus, and the dynamic calculation results closer to the actual situation, through the analysis of simulation results, and combined with the actual situation in the Caucasus the structure of overhead cable.