Publisher : The Society of Naval Architects of Korea
DOI : 10.3744/SNAK.2016.53.2.135
Title & Authors
Development of an Automation Library in Multi-Body Dynamics Program for Dynamic Structural Analysis of Block Lifting Process Jung, Da-un; Cha, Ju-Hwan; Song, Chang-Yong; Lee, Chung-Hyoung;
In this study, an embedded system composed of equipment setting, block importing, scenario setting and output reporting is developed in multi-body dynamics program, ADAMS, for conducting dynamic structural analysis of block lifting process. First, equipment used for block lifting process is set in the simulation environment and the shapes and functions of two lifting beams, and six block loaders are provided as the equipment. Second, the modal analysis result of the lifting block is imported from the static structural analysis system, NASTRAN. Third, the lifting scenarios, such as hoisting, waiting, trolley moving, and wire connecting, are set in the system. Finally, output results in the forms of plots, texts and tables, are reported after the dynamic structural analysis. The test examples conducted in a shipyard are applied into the developed system in various condition and scenarios. The loads at the lug points, the stress contours, and the hot spot tables of the developed system are compared with the result of the static analysis system.
Block lifting;Flexible multibody dynamics;Structural analysis;Modeling and simulation;User interface;Embedded system;
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