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Renovation of quay walls to meet more demanding requirements: Italian experiences

机译:翻修码头墙以满足更多要求:意大利经验

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Existing port structures often need to be upgraded to meet more demanding operational requirements caused by increasing ship size, deepening of the seabed and increasing crane dimensions and storage loads. When ports expand, upgrading is often preferable to the rebuilding of infrastructures in term of costs; however, the design of such works must take into account that the reliability of the existing structures is often inadequate according to the current codes, due to the low mechanical properties of the original materials and to their aging in the highly aggressive marine environment. The geotechnical engineering literature rarely addresses the problem of upgrading existing quay walls, even though such geotechnical structures are extremely challenging. This paper discusses the main issues involved in the geotechnical design for upgrading existing quay walls, through the presentation of some case histories drawn from past experiences in Italy.
机译:由于船舶尺寸的增加,海床的加深以及起重机尺寸和存储负荷的增加,经常需要对现有的港口结构进行升级以满足更苛刻的运营要求。当港口扩大时,就成本而言,升级通常比基础设施的重建更可取;但是,这种工程的设计必须考虑到,由于原始材料的机械性能低以及它们在高度侵蚀性的海洋环境中的老化,根据现行规范,现有结构的可靠性经常不足。尽管这种岩土结构极富挑战性,但是岩土工程文献很少解决升级现有码头墙的问题。本文通过介绍一些从意大利过去的经验中汲取的案例历史,讨论了用于升级现有码头墙的岩土工程设计中涉及的主要问题。

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