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Novel assembly type multifunctional double-layer maritime work structure and construction method thereof
The invention discloses a novel assembly type multifunctional double-layer maritime work structure and a construction method thereof.The construction method comprises the following steps that pile materials are selected according to the rear operation wave requirement, and the pile diameter and the arrangement distance are determined; preparing a prefabricated structure; a plurality of precast piles are vertically driven on the sea wave side in a seabed to form a row to serve as a densely-arranged pile foundation, and a plurality of precast piles are obliquely driven on the inner side of a port to form a plurality of columns to serve as a back-row pile foundation; a beam lattice structure is installed at the tops of the densely-arranged pile foundations and the rear-row pile foundations, an operation platform is installed at the top of the beam lattice structure, and a prefabricated panel is laid on one side of the top of the operation platform; and the prefabricated combined gabion is mounted on the sea wave side seabed surface of the densely-arranged pile foundation. The invention discloses a novel assembly type multifunctional double-layer maritime work structure, which reduces the structure stress and optimizes the structure design on the basis of meeting the port operation time, and aims to solve the problem of building a port wharf in an open sea complex environment and the problems of quality, safety, construction period, cost and the like existing in traditional wharf construction.
本发明公开了一种新型装配式多功能双层海工结构及其施工方法,施工方法包括以下步骤:根据后方作业波浪要求选择桩材质,并确定桩直径和布置间距;制备预制结构;在海床中海浪侧竖直打设多根预制桩排成一排作为密排桩基,在港内侧倾斜打设多根预制桩排成多列作为后排桩基;在密排桩基和后排桩基的顶部安装梁格结构,在所述梁格结构的顶部安装作业平台,在所述作业平台的顶部一侧铺装预制面板;在所述密排桩基的海浪侧海床面处安装所述预制组合石笼。新型装配式多功能双层海工结构,本发明在满足港口作业时间的基础上减少结构受力,优化结构设计,旨在解决外海复杂环境下建设港口码头的问题以及传统码头施工存在的质量、安全、工期和费用等问题。
Novel assembly type multifunctional double-layer maritime work structure and construction method thereof
The invention discloses a novel assembly type multifunctional double-layer maritime work structure and a construction method thereof.The construction method comprises the following steps that pile materials are selected according to the rear operation wave requirement, and the pile diameter and the arrangement distance are determined; preparing a prefabricated structure; a plurality of precast piles are vertically driven on the sea wave side in a seabed to form a row to serve as a densely-arranged pile foundation, and a plurality of precast piles are obliquely driven on the inner side of a port to form a plurality of columns to serve as a back-row pile foundation; a beam lattice structure is installed at the tops of the densely-arranged pile foundations and the rear-row pile foundations, an operation platform is installed at the top of the beam lattice structure, and a prefabricated panel is laid on one side of the top of the operation platform; and the prefabricated combined gabion is mounted on the sea wave side seabed surface of the densely-arranged pile foundation. The invention discloses a novel assembly type multifunctional double-layer maritime work structure, which reduces the structure stress and optimizes the structure design on the basis of meeting the port operation time, and aims to solve the problem of building a port wharf in an open sea complex environment and the problems of quality, safety, construction period, cost and the like existing in traditional wharf construction.
本发明公开了一种新型装配式多功能双层海工结构及其施工方法,施工方法包括以下步骤:根据后方作业波浪要求选择桩材质,并确定桩直径和布置间距;制备预制结构;在海床中海浪侧竖直打设多根预制桩排成一排作为密排桩基,在港内侧倾斜打设多根预制桩排成多列作为后排桩基;在密排桩基和后排桩基的顶部安装梁格结构,在所述梁格结构的顶部安装作业平台,在所述作业平台的顶部一侧铺装预制面板;在所述密排桩基的海浪侧海床面处安装所述预制组合石笼。新型装配式多功能双层海工结构,本发明在满足港口作业时间的基础上减少结构受力,优化结构设计,旨在解决外海复杂环境下建设港口码头的问题以及传统码头施工存在的质量、安全、工期和费用等问题。
Novel assembly type multifunctional double-layer maritime work structure and construction method thereof
新型装配式多功能双层海工结构及其施工方法
DING JIANJUN (Autor:in) / LI SHAOBIN (Autor:in) / YU SHENGUANG (Autor:in) / TAN BINZHENG (Autor:in) / WEI JIANYU (Autor:in) / ZHANG YONG (Autor:in) / ZHAN GUANGCAI (Autor:in) / NIU HONGLIN (Autor:in) / AN ZHIXIAO (Autor:in) / LIU ZHUO (Autor:in)
06.02.2024
Patent
Elektronische Ressource
Chinesisch
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