摘要：现有船舶设计，为了增加舱容，往往考虑的是增大型宽，导致成本大增，并不经济。同时受航道等因素限制，困难重重，所以如果能对独立式液舱化学品船的舷侧结构进行优化，以扩大独立液舱容积，提高舱容利用率，将具有很大的意义。文中根据已有的母型船舷侧骨材尺寸进行剖面模数相等变换及分析，得出各种备选骨架型式的尺寸。同时对各种骨架型式进行仿真计算及优化，最终得出满足规范要求的各种骨架型式的合理尺寸，从而设计出合理的舷侧支撑结构。本文以研究HS14p/s船舶舷侧的生产设计以及3DsMAX软件在船舶生产设计建造领域的运用，总结HS14p/s船舶舷侧生产设计的流程以及3DsMAX软件在HS14p/s船舶舷侧生产设计流程中所具有的优势。根据现有船厂的生产水平以及技术条件，以87000t散货船的HS14p/s舷侧结构进行生产设计，并对3DsMAX在本次船舶舷侧生产设计中起到的作用，并对本次生产设计中的不足之处加以叙述和提出改进措施。

关键词：船舶舷侧生产设计仿真模型动画实现

Abstract：Existing ship design, in order to increase the capacity, often consider is to increase the type of wide, resulting in increased costs, not economic. At the same time by the channel and other factors, difficult, so if the independent tank tank chemical tank side of the structure to optimize the expansion of the independent tank volume, improve the cabin utilization rate, will have great significance. In this paper, the size of the selected skeleton type is obtained by equal transformation and analysis of the section modulus of the existing masterboard side. At the same time, the simulation and optimization of various skeleton types are carried out, and the reasonable dimensions of various skeleton types which meet the requirements of the specification are obtained, and a reasonable side support structure is designed.In this paper, the design of HS14p / s ship side design and the use of 3Ds MAX software in ship design and construction are summarized. The process of HS14p / s ship side production design and the design process of 3Ds MAX software in HS14p / s ship side Has the advantage. Based on the production level and technical conditions of the existing shipyard, the production design of the HS14p / s side structure of the 8000t tanker and the role of 3Ds MAX in the design of the ship's side production, and the design of this production The inadequacies of the situation to be elaborated and put forward improvement measures.

Keywords：Ship side Production design Simulation model Animation realization

目录

第一章绪论 1

1.1选题的目的及意义 1

1.2HS14p/s船舶舷侧设计研究现状 2

1.2.1船舶舷侧的作用及重要性 3

1.2.2船舶舷侧生产设计动画实现中外研究现状 4

第二章以HS14p/s舷侧为例的结构生产设计 6

2.1已有结构生产设计 6

2.2建造方法论证 10

第三章舷侧结构生产过程动画实现 13

3.13ds-max软件概述 13

3.2舷侧结构的模型建立 14

3.3仿真动画的制作 15

总结与展望 18

致谢 20

参考文献