摘要常熟港位于江苏省东南部，地处长江三角洲、长江下游南岸，距上海100公里、苏州38公里、无锡46公里，北濒长江与南通隔江而望。国务院批准常熟港为国家一类开放口岸，经过十几年的发展，常熟港从一个不出名的内河小港，发展成为上海国际航运中心北翼举足轻重的现代化中型港口，成为全国十大内河港口之一。为了进一步推动常熟港开放，加速其经济发展，使常熟经济进入“大港时代”，将在常熟建立2万吨级高桩式散货码头。79869

本次毕业设计主要有以下几个方面：首先根据工程所在地的气象水文地质等资料，确定码头总平面布置方案，之后确定码头的结构形式和码头的主要尺寸。查阅相关的规范进行码头结构的设计与验算，内容主要包括：码头荷载计算，面板的设计，纵梁的设计，轨道梁的设计，横向排的架设计和靠船构件的设计，期间使用了结构力学求解器，易工软件两种工具进行辅助计算。最后，使用cad软件进行绘制码头三视图，横纵梁配筋图，码头布置图，靠船构件图等。

毕业论文关键词：常熟港；高桩码头；散货码头；结构设计
Abstract Changshu Port is located in the southeast of Jiangsu Province, located in the Yangtze River Delta, the Yangtze River south coast, 100 kilometers from Shanghai, Suzhou, 38 km, 46 km Wuxi, Nantong River and north of the Yangtze River and hope。 Changshu Port State Council approved a national class open port, after ten years of development, the Changshu Port of little harbor from an unknown river, and gradually grow to become an international shipping center, Shanghai north wing important modern medium-sized ports, among the top ten river ports of the column。 In order to further promote the Changshu Port is open to accelerate its economic development, so that the economy has entered Changshu "Tracts" will establish a 20,000-ton bulk cargo wharf pile high in Changshu。

This graduation design mainly incluede the following aspects: firstly, according to the location of the project in meteorological and hydrological geological data to determine the wharf general layout plan, determine the main dimensions of the wharf structural types and dock。 Access to relevant specifications for wharf structure design and check, mainly including: terminal load calculation, panel design, longitudinal design, track beam design, lateral row frame design and rely on the design of ship components, used during the structural mechanics solver, easy software tools aided calculating。 Finally, drawing terminal three view using CAD software, cross beam reinforcement plans, wharf layout, berthing member diagram etc。

Keywords: changshu port;bulk wharf;piled wharf;structure desigh

目录

第一章 绪论 1

1。1、常熟港区简介 1

1。2、主要研究内容 1

第二章 设计资料 2

2。1、气象条件 2

2。1。1、气温 2

2。1。2、风资料 2

2。1。3、降水 2

2。1。4、雾 2

2。2、水文条件 2

2。2。1、设计水位 3

2。2。3、径流 3

2。2。4、泥沙 3

2。3、地质条件 4

2。4、水文泥沙