毕业论文移动版

摘要:本文以50000t油船为研究对象，先通过对油船布置要求的相关知识的了解，知道有哪些规范和注意因素，在此基础上参考一些油船实例的甲板布置和舱室安排，结合人体工程学，美学以及安全防火的知识合理安排B层甲板，C层甲板和舱室布置，本文着重选取船长室作为生活舱室进行布置，并完成平面图和3D效果图

本文所做的工作主要如下：

（1）通过相关的资料书籍查询，了解一下油船的布置要求，甲板布置注意因素，相关要求以及MLC2006对船舶起居舱室布置设计的影响和改变。

（2）参考相关船舶布置情况，合理地对B层及C层甲板进行布置。

（3）了解舱室设计要求及方法，考虑人体工程学，美学，软件的运用以及安全和额防火措施等因素着重对船长室进行设计。

（4）充分考虑灯光，材质，色彩等因素完成船长室的平面图和立体图的绘制。

关键词：油船布置；人体工程学；美学；舱室设计。

Abstract:In this paper, we take 50000t oil tankers as the object of study, firstly, through the knowledge of oil tanker layout requirements, we need to know some norms and attention factors, on the basis of reference to some oil tanker deck layout and cabin arrangements, we should combine ergonomic, aesthetic,Safety and fire knowledge Reasonable arrangement of B-deck, C-deck and cabin layout, this paper focuses on the selection of the captain's room as a living room layout, and complete the 2D plan and 3D renderings.

The main work of this paper is as follows:

(1) through the relevant information books to understand the oil tanker layout requirements, deck layout attention and related requirements and MLC2006 on the ship's accommodation layout design changes and changes.

(2) with reference to the relevant ship layout, rationally layout the B layer and C deck.

(3) understand the design requirements and methods of the cabin, taking the ergonomics, aesthetics, the use of software, security and fire prevention measures and other factors into account to focuse on the design of the captain's room.

(4) take a full account of the lighting, material, color and other factors to finish the captain's plan and three-dimensional map of the drawing.

Key words: oil tanker layout; ergonomics; aesthetics; cabin design.

目录

第一章绪论1

1.1研究背景和意义1

1.2国内外研究现状 1

1.3研究内容及方法 4

第二章油船B层及C层甲板布置-5

2.1油船布置要求 5

2.1.1油船舱室种类和上建布置位置 6

2.1.2该油船人员安排 6

2.1.3舱室区划与布置要求和原则-7

2.2甲板布置注意因素与相关要求8

2.3B层甲板布置 9

2.3.1B层甲板布置舱室 9

2.3.2各舱室的面积 10

2.3.3各舱室的具体安排内容及家具尺寸 10

2.4C层甲板布置 12

2.4.1C层甲板布置舱室 12

2.4.2各舱室的面积13

2.4.3各舱室的具体安排内容及家具尺寸 13

第三章典型舱室设计-16

3.1舱室设计要求及方法16

3.1.1人体工程学-17