摘要：高桩码头作为我国南部主要的码头结构形式，高桩码头的独特的结构形式可以将码头上部的荷载传递给下部桩基，再由下部桩基传递给土层，因此采用高桩码头可以很好的解决我国南部的港口问题。

湛江港位于广东省雷州半岛，被称为天然深水良港，码头工程位于规划中的东头山岛港区东海岛北部的6.5km深水岸线区，故可以很好的停靠大吨位船舶。矿石经过铁路或者水路运输又可以到达我国西南地区。

本次设计主要考虑了几方面内容：拟建码头位置的气象水文条件，以及地区的地质资料，随后进行了分析总结，确定了本次设计的码头为高桩结构，再根据船舶荷载条件确定了码头的总体尺寸。在设计中进行了荷载计算，面板设计，纵梁设计，横梁设计，靠船构架设计，并且进行了必要的内力验算。横梁采用了易工软件进行计算。并且进行了CAD绘制图纸。

关键词：湛江港；散货码头；高桩码头；结构计算

Abstract：The high-piled wharf is the main terminal structure in the south of China. The unique structure of the high-piled wharf can transfer the load from the upper part of the pier to the lower pile foundation and then the lower pile foundation to the soil layer. The solution to the southern port of China.

Zhanjiang Port is located in the Leizhou Peninsula, Guangdong Province, known as the natural deepwater harbor, the terminal project is located in the planning of the Tung Tau Shan Island area east of the East Island 6.5km deep waterline area, it can be very good to dock large tonnage ships. Ore by rail or water transport can reach the southwest of China.

This design mainly considers several aspects: the meteorological and hydrological conditions of the proposed dock location, and the geological data of the area, and then analyzes and summarizes the design of the terminal for the high pile structure, and then according to the ship load conditions The overall size of the pier. In the design of the load calculation, panel design, stringer design, beam design, by boat structure design, and carried out the necessary internal force checking. The beam is calculated using easy-to-use software. And made CAD drawing drawings.

Keywords：zhanjiang port；Bulk cargo terminal；piled wharf；Structural calculation

目 录

第一章 绪论 1

1.1概述 1

1.2研究内容 1

1.3码头布置 1

第二章 设计资料 2

2.1营运资料 2

2.2设计条件 2

第三章 码头的主要尺寸与平面布置 3

3.1码头主要尺寸 3

3.1.1码头前沿高程 3

3.1.2码头前沿设计水深 3

3.1.3码头长度 4

3.2码头平面布置 4

3.2.1港区水域的平面布置 4

3.2.2港内陆域的平面布置 5

3.3港区主要生产辅助建筑物的布置 8

3.4装卸工艺 8

第四章 码头荷载计算 9

4.1恒载 9