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摘要 苏州港太仓港区不仅仅是我国上海国际航运中心的重要组成部分，而且也是集装箱的干线港，并且该港区范围内的岸线基本都是顺直且边滩稳定，水流平缓，深水区开阔稳定,该港区的地理位置极其优越，港口的发展条件也称得上是得天独厚，对此被人们认为是难得的深水良港。新泾作业区主要以件杂货运输为主,更好的为腹地经济发展服务，同时该港区产业布局的完善，使苏州的经济发展得到了高速的发展。 通过为时几天的搜集、查找苏州太仓港当地的气象水文资料、太仓港区附近的地质资料以及码头运营资料。当我对这些资料的整理和分析过程中，对这个码头有了一些新的认识和概念，然后通过和同学以及老师的相互探讨最后确定了高桩码头的结构型式。接着又充分的考虑该码头的平面布置以及确定码头的结构尺寸并严格做到准确合理。其次进行的就是相关内力计算：在高桩码头的结构设计中其主要工作量包括对荷载的计算、它的面板、纵梁、轨道梁设计及计算、横梁桩基计算和靠船构件计算。当然在纵梁、横梁以及桩基在内力计算过程中，工作量比较大，借助于相关工程软件例如结构力学求解器和易工进行辅助计算。 62286
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毕业论文关键词：件杂货；高桩码头；面板
Abstract Taicang Port Area is not only an important part of Shanghai international shipping center, but also the container trunk port, the harbor and the coastline within the scope of the basic sides are straight and flat and stable, flat water, deep water area open stable, extremely advantageous geographical location of the port area, conditions for the development of the port is also called unique, which is believed to be a rare deep-water harbor. Jing new jobs mainly in the area of general cargo transport, the better for the heart of economic development, while improving the layout of the industrial port area, Suzhou economic development has been rapid development. By last few days to collect, Suzhou, Taicang Port to find local meteorological and hydrological data, geological data close to Taicang Port and terminal operators available. When I these data collation and analysis process, this pier has some new knowledge and concepts, and through mutual discussion and the students and teachers to finalize the structural type high - pile. Then we fully considered the plane of the pier and arranged to determine the structure and size of the marina strictly be accurate and reasonable. Second it is to conduct relevant internal force calculation: in the structural design of high-pile wharf whose main workload including load calculations, its panels, rails, track beam design and calculation, and calculation beams Piles Berthing member. Of course, stringers, beams and pile internal force calculation process, the workload is relatively large, by means of relevant engineering software such as structural mechanics solver and easy to work assisted calculations.
Keywords: groceries; high-pile wharf; pane
目录
第一章绪论1
1.1工程背景..1
1.2港区建设意义1
第二章设计资料3
2.1设计船型..3
2.2结构等级..3
2.3水文资料..3
2.3.1基准面及其换算关系3
2.3.2设计水位..3
2.4气象条件..4
2.4.1气温.4
2.4.2降水.4
2.4.3风况.4
2.4.4雾况.5
2.4.5相对湿度..5
2.4.6雷暴.5
2.4.7水流.5
2.5地质条件..6
2.5.1地形地貌..6
2.5.2土体构成与特征..6
2.5.3土体地址条件评价.6
2.6地震烈度..7
第三章码头的平面布置.8
3.1平面布置要求8
3.2吞吐量的预测8
3.3码头前沿底高程..8