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Dynamic Loading Approach for Structural Evaluation of Ultra Large Container Carriers

机译:超大型集装箱船结构评估的动态加载方法

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The emerging global economic needs are driving the designs for the next generation of ocean going vessels. Current ultra-large container carrier (10,000 TEU plus) designs are considerably larger and more complex than any currently in service. Proper and rational classification assessment requires that first principles based direct calculation methods be used to augment the standard classification review. The design philosophy behind the ABS Dynamic Loading Approach enables comprehensive identification of potential failure mechanisms. The scope of the necessary engineering assessment encompass full-ship finite element analysis under non-linear sea loads, spectral fatigue analysis, finite element lashing analysis, free and forced vibration analysis, and transient and impact load analysis. This paper describes key aspects of the DLA design philosophy such as non-linear sea loads, load combinations, various applications derived from full-ship finite element analysis. Several examples are given to highlight some critical failure mechanisms to be considered for ultra-large container carriers.
机译:新兴的全球经济需求正在推动下一代远洋船的设计。当前的超大型集装箱船(超过10,000 TEU)设计比目前使用中的任何一种都更大,更复杂。正确而合理的分类评估要求使用基于第一原理的直接计算方法来增强标准分类审查。 ABS动态加载方法背后的设计理念可以全面识别潜在的故障机制。必要的工程评估范围包括非线性海载荷下的全船有限元分析,频谱疲劳分析,有限元绑扎分析,自由和强迫振动分析以及瞬态和冲击载荷分析。本文介绍了DLA设计原理的关键方面,例如非线性海荷载,荷载组合以及从全船有限元分析中得出的各种应用。给出了几个例子,以突出一些对于超大型集装箱船要考虑的关键失效机制。

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