南通市6号港区10万吨级集装箱码头设计及施工组织设计+图纸
毕业论文关键词：南通6 号港区，集装箱码头，高桩码头
Abstract Nantong port is a national class open port, national major coastal port, Shanghaiinternational shipping center combination Gangbei wing important port, a member ofthe International Association of ports and harbours Hong.The direct economic hinterland of Nantong port is three parts of Nantong,Yancheng, Huaian and Taixing, with an area of about 50 thousand square kilometersand a population of 30 million, which is about square kilometers. The industrialeconomy is dominated by the textile industry, machinery, electronics, electric power,with chemical industry, shipbuilding and other categories.This graduation design mainly for the following work: first, through the network tocollect the nantong local meteorological hydrological data, geological data and nearNantong wharf operating data. Then the analysis of data to determine the wharfstructure for high loading dock. Then proposed the layout and the structure of theterminal dimension. To relevant internal force calculation and design: load calculation,design of panel design, longitudinal beam, beam in pile foundation design, beamdesign calculation and calculation by ship components. The construction organizationdesign of wharf were briefly reviewed. In the part of the internal forces in thecalculation of internal force with the aid of related engineering software to calculate.
Keywords:Nantong port 6,container terminal,piled wharf
目录 III
第一章 绪论. 1
1.1 中国港口的发展历程1
1.2 高桩码头的发展2
1.3 南通港概况2
1.4 南通港信息3
1.4.1 港口基本信息.3
第二章 设计资料. 5
2.1 货运资料5
2.2 设计船型5
2.3 水文气象条件5
2.3.1 水文资料.5
2.3.2 气象资料.6
2.4 地形地质资料6
2.4.1 地形.6
2.4.2 地质.7
2.5 施工条件材料供应7
第三章 码头的总平面布置. 8
3.1 总平面布置的原则.8
3.2 泊位数的确定8
3.3 码头水域布置10
3.3.1 码头前沿水深.10
3.3.2 船舶制动水域.10
3.3.3 船舶回旋水域.10
3.3.4 码头前沿停泊水域 11
3.3.5 港池布置.11
3.4 码头陆域尺度11
3.4.1 码头泊位长度.11
3.4.2 码头前沿高程.12
3.4.3 库场面积.12
3.4.3.1 集装箱堆场面积 12
3.4.5 港区道路布置.14
3.4.5.1 港区道路布置要求 14
3.4.5.2 港内道路.14
3.4.6辅助生产和辅助生活建筑物. 15
第四章 结构方案设计. 16
4.1 恒载16
4.2 使用荷载16
4.3系缆力.19
4.4 挤靠力21
4.5 撞击力21
4.6 结构选型22
第五章 装卸工艺布置. 24
5.1 装卸工艺设计原则及一般要求 24