Marine transportation-technological systems safety and development

K. Iegupov, S. Rudenko, O. Nemchuk
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引用次数: 0

Abstract

The article deals with marine hydraulic structures design and operation, considering the influence of various superstructures and reloading equipment. The analysis of seismic resistance of the hydraulic structures erected in the seismic regions of Ukraine has shown that the actual seismic loads on the structures significantly exceed the design loads being determined by regulatory documents prior to 2006. In the era of globalization, transformation of cargo flows, changes in their structure, the issue of ports planning development, implying port capacities balanced development, namely: sea zone port zone, and land zone development, becomes particularly important. The design of hydrotechnical structures should be carried considering the transshipment complexes at the quay with proper scientific support.
海洋运输技术系统的安全与发展
本文讨论了船舶水工结构的设计和运行,考虑了各种上部结构和装卸设备的影响。对乌克兰地震带水工结构的抗震分析表明,这些结构的实际地震荷载明显超过了2006年以前监管文件确定的设计荷载。在全球化时代,货流的转变,结构的变化,港口规划发展的问题,意味着港口能力的平衡发展,即:海区,港区,陆区发展,变得尤为重要。在进行水工构筑物设计时,应考虑到码头的转运综合体,并给予适当的科学支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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