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摘要 安徽地处华东腹地，毗邻长江三角洲的水网地区，且境内有大小河流共三百多条，分属长江，新安江，淮河三大水系，条件优越，适宜发展内河水运。随着现今滁州市的快速发展，原有码头的通过能力已经不能满足其发展的需要。因此为了配合滁州市的总体发展规划，完善滁州的综合交通运输体系，并且优化当地的投资环境，现在滁州的汊河港区拟建一个 1000吨级的多用途码头。拟建的多用途式码头将会促进滁州水路运输的建设，加快滁州市的经济发展，并且紧密滁州与南京城市圈的贸易往来，对于安徽省未来的港口建设以及经济发展都具有积极的意义。 本次毕业设计主要进行了以下几个工作：1.通过互联网收集了安徽滁州当地的气象，水文资料，地质资料以及现有码头的运营资料等等。2.对资料进行分析，确定了本码头的结构型式为高桩板梁式码头。3.进行码头的平面布置以及拟定结构的尺寸。4.进行相关的内力计算以及验算，例如：荷载计算，面板设计，连系梁设计，轨道梁设计，横梁设计，桩基计算以及靠船构件计算。5.采用CAD软件绘制码头的平面布置图，结构构件图等等。 62284
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毕业论文关键词：滁州汊河港；多用途码头；高桩板梁式码头
Abstract Anhui Province at the hinterland of East China, adjacent to the water network region of the Yangtze River Delta, and the territory of the size of the river more than three hundred, belong to the Yangtze River, Xinanjiang, and Huaihe River, with favorable conditions for the development of inland waterway. With the rapid development of Chuzhou City, the existing terminal's capacity has been unable to meet the needs of economic development in Chuzhou. Therefore in order to meet the overall development plan of Chuzhou City, improve the comprehensive transportation system, and optimize the local investment environment, a one thousand multi-purpose wharf is proposed to be in Chuzhou Branch River port. Proposed multi-purpose wharf will promote the construction of water transport in Chuzhou and accelerate economic development of Chuzhou City. Also, it can close the trade between Chuzhou and Nanjing city circle. Proposed multi-purpose wharf has a positive significance for the port construction of Anhui Province in the future. The graduation project mainly carried on the following work: first of all, through the Internet to collect the Chuzhou Anhui local meteorological, hydrological data, geological data and existing terminal operation information. Secound,analyze the information that we get, so as to determine the wharf structure type for the high piled wharf. Next, we carry on the plane layout and make the structure size of the wharf. Then , the relevant internal force calculation and design are carried out. For example, the load calculation, the panel design, the design of the combined beam, the design of the track beam, as so as the beam design, the calculation of the pile foundation and the calculation of the ship's components. At last, CAD software is used to draw the layout plan of the wharf, the structural component diagram and so on.
Keywords: Chuzhou Branch River port；multi-purpose wharf；high piled wharf
目录
第一章绪论....1
1.1项目背景及发展概况..1
1.2项目的可行性分析.1
1.2.1安徽滁州的水运概况.1
1.2.2项目的必要性及可行性..2
1.3项目的选址...2
1.3.1地理位置.2
1.3.2地理环境.2
1.3.3港区经济发展现状3
1.4项目的规模...3
第二章设计资料.4
2.1设计船型..4
2.2水文资料..4
2.3波浪和水流...4
2.4地质条件..4
2.5作用荷载..5
2.5.1永久作用.5
2.5.2可变作用.5
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