防波堤毕业设计港航专业

毕业论文（设计）

题目：青岛港董家口港区防波堤设计

学院：海运与港航建筑工程学院

专业：港口航道与海岸工程

班级：

学号：

学生姓名：

指导教师：

二○一五年五月

青岛港董家口港区防波堤设计

摘要：青岛港董家口港区是散货运输等的重要中转基地，港区位于外海海域，波浪、潮流、风等都是影响港区内船舶泊稳的条件。所以需要修建防波堤，以抵御以上环境对港区正常运行的影响。防波堤的建造，需要考虑到自然条件和堤前水深的影响，合理的对防波堤进行布置。另外，对港区泥沙淤积分析和工程地质分析，使其在今后的运行更加有效和稳定。防波堤的平面布置，我们考虑到最高和最低潮位，通过防波堤施工设计规范，计算堤顶宽度和高度，确定横截面的情况。为了减少波浪力对防波堤冲击，布置人工护面块体消能。最后进行胸墙的稳定、地基稳定性和地基沉降的计算。董家口防波堤地处外海海域，是为了保护港区稳定，免受恶劣天气影响的斜坡式的防波堤。是沿海港口的重要组成部分。

关键词：防波堤；越浪量；胸墙；总体布置

Breakwater design in Dongjiakou district of Qingdao port Abstract: The port of Dongjiakou is an important transit base for

bulk cargo transportation,the port is located in the open sea. wave,

tide, wind and so on influent the berthing of ships conditions. So it

is necessary to build the breakwater, impact against the above environment on the normal operation of the port. The construction of

the breakwater, need to take into account the influence of natural

conditions and water depth in front of the dike, the reasonable layout

of the breakwater. In addition, the analysis of port sediment analysis

and engineering geology, make it more effective and stable operation

in the future. The plane layout of breakwater, we considered the highest

and lowest tidal level, through the design specification of breakwater construction, calculation of crest width and height, determine the

cross section of the. In order to reduce the impact of wave force on

the breakwater, layout 6T Accropode energy dissipation. Finally, the

stability calculation of parapet foundation stability and settlement.

Dongjiakou breakwater is located in the sea waters, in order to protect

the stability of the port, from the weather sloping breakwater. Is an

important part of coastal ports.

Keywords: breakwater; wave overtopping; crest wall; general layout 目录

第1章概述------------------------------------------------------ 1

第2章设计条件-------------------------------------------------- 2 地理位置及交通----------------------------------------------- 2

气象--------------------------------------------------------- 2

气温---------------------------------------------------- 2

降水---------------------------------------------------- 2

雾况---------------------------------------------------- 2

风况---------------------------------------------------- 2 工程水文---------------------------------------------------- 3

潮位特征值---------------------------------------------- 3

设计水位------------------------------------------------ 4

乘潮水位------------------------------------------------ 4

波浪---------------------------------------------------- 4

潮流---------------------------------------------------- 5 地质--------------------------------------------------------- 6 地形地貌及泥沙运动------------------------------------------ 7 地震-------------------------------------------------------- 7 结构安全等级------------------------------------------------- 7 第3章断面尺寸的确定-------------------------------------------- 8 胸墙顶高程-------------------------------------------------- 8 堤顶宽度----------------------------------------------------- 9 护面块体稳定重量和护面层厚度--------------------------------- 9 --------------------------------------------------------- 9

-------------------------------------------------------- 10

垫石层的重量与厚度------------------------------------- 10

堤前护底块石稳定重量和厚度------------------------------ 11 第4章胸墙设计及稳定性的计算----------------------------------- 12 胸墙的设计------------------------------------------------- 12 断面胸墙抗滑稳定性验算-------------------------------------- 19 断面胸墙抗倾稳定性验算------------------------------------- 20 第5章地基稳定性验算------------------------------------------- 21 第6章地基沉降计算--------------------------------------------- 23