91米集装箱船船体结构规范设计+CAD图纸
毕业论文关键词：集装箱船；规范设计；横剖面图；基本结构图
AbstractIn today's world, the rapid development of world trade, and as a highly efficient modeof transport of the container ship, is widely used in short supply in the market.This paper introduces 91m container ship design specifications, the basic process,mainly based on CCS2006 version < steel ships into the rules and regulations for theconstruction and classification of > structural design, calculation and checking. The ship is91 meters container ship, sailing in area near Hainan. Mainly used for standard containertransportation. The fore and aft bulbous bow, transom, and a tail is provided with five tierdeckhouse. Cargo area is longitudinal frame, double bottom; fore and aft is transverseframe.Welding method used in the ship is fully welded.The main contents of this paper include:The development and Prospect of the container ship, the characteristics of thecontainer ship structure, the design methods and the problems should be paid attention toin the design process.91M container ship structure design calculation, bending strength check and midshiparea of the cross section.Drawing of cross sectional drawing and basic structure drawing.
Key words:container ship; standard design; cross section; basic structureDiagram
目 录
第一章 绪论...1
1.1. 集装箱船的发展概况.1
1.2. 集装箱船的特点.... 2
1.3. 集装箱船的优势.... 4
1.4. 结构设计概述... 4
1.4.1. 结构设计的依据...4
1.4.2. 结构设计任务..4
1.4.3. 结构设计的方法...5
1.4.4. 规范设计的基本步骤.... 5
1.4.5. 结构布置的一般原则.... 6
1.5. 设计成果及存在问题.6
第二章 结构规范计算书. 7
2.1. 说明 7
2.2. 船体主要参数... 7
2.3. 船体结构构件计算7
2.3.1. 外板及内底板..8
2.3.1.1. 货舱区域....8
2.3.1.2. 机舱区域..11
2.3.2. 甲板与平台....12
2.3.2.1. 货舱区域..12
2.3.2.2. 机舱区域..13
2.3.3. 船底骨架... 15
2.3.3.1. 货舱区域..15
2.3.3.2. 机舱区域..17
2.3.4. 舷侧骨架... 17
2.3.4.1. 货舱区域..17
2.3.5. 甲板骨架... 21
2.3.5.1. 货舱区域..21
2.3.5.2. 机舱区域..23
2.3.6. 艏艉加强... 25
2.3.6.1. 艏尖舱.25
2.3.6.2. 深舱平面舱壁... 26
2.3.6.3. 实肋板.26
2.3.6.4. 强肋骨.27
2.3.6.5. 开孔平台..27
2.3.6.6. 尾尖舱壁板.. 27
2.3.6.7. 艏、艉柱..28
2.3.6.8. 船艏底部加强... 29
2.3.6.9. 艏舷侧结构加强....30
2.3.6.10. 首尾甲板纵桁.31
2.3.7. 舱口围板... 32
第三章 总纵强度校核.... 33
3.1. 船中剖面的基本剖面模数 W0计算.. 33