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Multibody dynamic simulation and transient analysis of quay crane spreader and lifting mechanism:

机译:码头起重机吊具和提升机构的多体动力学仿真和瞬态分析:

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Nowadays, container shipment in the intermodal terminals is overloaded. The quay crane and its control system have to be properly prepared for rapid cargo reloading. The advanced control system may increase container loading efficiency due to the reduced transportation time. However, faster transportation demands higher safety. In this article, the authors performed multibody dynamics simulation of the container spreader and lifting mechanism by analyzing more advanced mathematical model of the quay crane. Trolley motion and cargo swing angle transient responses of the dynamic system were acquired and analyzed during model simulation. The main target of this research is to determine the system behavior during transients. The simulation results showed that the transients induced by startup of the vertical spreader travel affect the whole crane system in all the investigated cases. In addition, the influence of flexible cable causes additional oscillations of cargo and reciprocating trolley displacement. Th...
机译:如今,联运码头的集装箱运输已超载。必须正确准备码头起重机及其控制系统,以便快速装货。先进的控制系统可以减少运输时间,从而提高集装箱装载效率。但是,更快的运输要求更高的安全性。在本文中,作者通过分析码头起重机的更高级数学模型,对集装箱吊具和提升机构进行了多体动力学仿真。在模型仿真过程中,获取并分析了动态系统的台车运动和货物摆角瞬态响应。这项研究的主要目标是确定瞬态期间的系统行为。仿真结果表明,在所有研究情况下,垂直吊具行进的启动所引起的瞬变都会影响整个起重机系统。此外,柔性电缆的影响还会引起货物的额外振动和手推车的往复运动。那个...

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