摘  要：本工程位于安徽省芜湖港朱家桥港区，是安徽省航运路线的组成部分，也是芜湖港对外开放的重要组成部分。

本文首先介绍了工程所在地区——芜湖港的发展和生产状况，针对港区发展必要性和货流量进行分析，并阐述了工程建设的必要性。随后，补充说明了芜湖港朱家桥港区件杂货码头水文、地形以及地质资料，并对该码头设计吞吐量、船舶等进行分析，根据现有的国家规范，参考国内已有高桩码头的设计经验，结合本工程的具体情况及特点，对该地拟设计码头的总体平面布置进行规划。此外，对码头荷载、码头建设的具体构件也进行了受力分析和配筋设计等，对于较复杂的计算，在设计过程中采用了结构力学求解器、易工等专业相关的计算软件。

进行毕业设计的过程，不仅是对以往所学习的专业知识的综合应用，也是对工程的实际设计过程的全面认识和探索，更为日后的学习和研究打下了坚实的基础。

本次毕业设计的最终成果包括毕业设计论文、码头总平面图、码头三视图以及配筋图和细部构造图。

关键词：高桩码头设计；纵梁；横梁；面板；承载能力极限状态；

Abstract The project is located in  Zhujiaqiao port area of Wuhu Port in Anhui Province. It is   an integral part of the shipping route of Anhui Province, which is also an important part of the external ties between China and other countries. Firstly, this dissertation introduces the development and production status of Wuhu Port in the project area, analyzes the necessity and cargo flow of the port area, and expounds the necessity of engineering construction. Besides, the paper describes the hydrological, topographic and geological data of the grocery terminal in Zhujiaqiao Port of Wuhu Port, then analyzes the design throughput, ship and so on. According to the existing national standard, the design experience of the existing high-pile terminal , With the specific circumstances and characteristics of the project, the proposed design of the terminal to plan the overall layout of the terminal. In addition, the terminal load, the terminal construction of the specific components of the force analysis and reinforcement design, for more complex calculations, in the design process using a structural mechanics solver, easy to work and other professional-related computing software. The process of graduation design, not only for the previous study of the comprehensive application of professional knowledge, but also the actual design process of the project a comprehensive understanding and exploration, more research and research in the future lay a solid foundation.   

 The final results of this graduation design include graduation design papers, the terminal general plan, the terminal three views and reinforcement map and detailed structure map.

Keywords: high pile terminal design; longitudinal beam; beam;ultimate limit state;

目 录

第一章  绪论 1

1.1概况 1

1.2建设必要性 1

1.3港区现状及分析 2

1.3.1港口生产运营状况 2

1.3.2港口现状分析 4

1.4港口吞吐量预测 5

1.4.1港口定位 5

1.4.2港口腹地发展 5

1.5工程简介 6

1.6主要内容 7

第二章  自然条件 8