80500DWT液散货船首部F11C分段船体生产设计+CAD图纸
毕业论文关键词：散货船；生产设计；首部分段；造船技术
Abstract Ship production design is based on the detailed design basis, under the general principle of construction, according to the specific conditions of shipyard construction, according to the stage of the process, the construction process and the construction area cell design of the ship. Its purpose is how high-quality, high efficiency, short cycle, and safety organizations shipbuilding. Taking production design of fore body F11C block of 80500DWT CABU carrier as an example to introduce ship production design method and main content involved. First of all, this article gives the analysis of 2015-2016 world economic situation, the shipping market, ship construction market situation and the development of domestic and international shipping industry, and introduces the development of bulk carriers. Then this article focuses on the production design of fore body F11C block of 80500DWT CABU carrier, including the construction of the section of the program, the production design drawings (chart, installation diagram rings, puzzle map, parts list), quality control as well as some segments painting essentials. This paper aims to point out the problems existing in China's shipbuilding industry, and gives solutions. At the same time, by analyzing the methods of production design of fore body block of the ship, drawing the construction essentials of fore body block and providing feasible suggestions.
Keywords: bulk carrier; production design; fore body block; shipbuilding technology
目录
第一章绪论-1
1.1研究背景和现状-1
1.1.1我国造船业发展的背景-1
1.1.2国内外发展现状及存在的问题-2
1.2散货船简介-3
1.2.1散货船的结构特点-3
1.2.2散货船的发展趋势-3
1.3研究的目的与意义-4
1.4研究的主要内容-5
第二章船体生产设计准备6
2.180500DWT液散货船概况-6
2.2船体建造方案-7
第三章80500DWT液散货船首部F11C分段生产设计-8
3.1F11C分段结构-8
3.2F11C分段位置-8
3.3F11C分段建造方法-9
3.4F11C分段焊接要求10
3.5F11C分段变形的预防措施10
3.6F11C分段完工测量与检验11
3.780500DWT液散货船F11C分段生产设计说明-11
3.7.1船体生产设计图纸的说明11
3.7.2零件编码11
3.7.3型材端部符号11
3.7.4焊接符号12
3.7.5绘制F11C分段结构图-12
3.7.6生成F11C分段零件名-13
3.7.7绘制F11C分段拼板图-13
3.7.8编制F11C分段零件表-13
第四章F11C分段吊环的设计与选用14
4.1吊环的设置原则14
4.2F11C分段吊环的选用14
4.3F11C分段吊环的强度校核15
4.4F11C分段吊运方案16