摘要：本文设计了一艘用于教学活动与新能源展示的小水线面新能源展示艇。在进行了对教学用船及新能源船舶的调研分析后，综合各类船型的优缺点，参考了合适的母型船对展示艇进行了总体设计。通过对船舶的造型研究分析，开展了展示艇的造型设计，并通过运用3Dmax软件进行建模，绘制了展示艇的外观效果图。

本文的结构安排如下：首先，在绪论中讲述了研究背景及意义，并且提出了主要设计内容及方法。其次，在第二章中，对新能源展示船的种类进行了简要介绍，并分析了新能源在船舶上的应用情况。然后，在第三章中，参考了母型船的主尺度，确定了展示艇的主尺度，画出了型线简图，对设计艇的静水力进行了估算等。最后，对不同船舶的造型进行了调研分析，运用3Dmax软件进行了建模，绘制了3D外观效果图。

关键词：教学用船；总布置设计；3D建模；新能源船舶

Abstract：In this paper, mainly discussed of a new energy demonstration boat for small water surface is designed for teaching activities and new energy. After the investigation and analysis of teaching ships and new energy ships, combining the advantages and disadvantages of various types of ship, referring to the appropriate mother ship, the overall design of the demonstration boat has been carried out. Through the research and analysis of the ship modeling, the modeling design of the display boat was carried out, and the appearance of the boat was drawn by using 3Dmax software.

The structure of this paper is arranged as follows:

First of all, in the introduction, it describes the research background and significance, and puts forward the main design content and methods.

Secondly, in the second chapter, the types of new energy display ships are briefly introduced, and the application of new energy sources in ships is analyzed.

Then, in the third chapter, the main dimensions of the mother ship are taken into consideration. The main dimensions of the display boat are determined, and the contour lines are drawn. The static hydraulic characteristics and the rapidity of the designed boat are estimated.

Finally, the modeling of different ships is investigated and analyzed, and the 3D model is modeled by 3Dmax software.

Keyword: teaching ship; general layout design; 3D modeling; new energy ship

目录

第一章 绪论 1

1.1研究背景及意义 1

1.2教学船舶发展现状 1

1.3研究内容及方法 4

1.3.1主要研究内容 4

1.3.2研究方法 4

第二章 新能源动力船舶 5

2.1新能源动力船舶现状及发展趋势 5

2.1.1风能 5

2.1.2太阳能 6

2.1.3核能 9

2.1.4燃料电池 10

2.1.5海洋能 11

2.2本船展示的新能源 12

第三章 总体设计 13

3.1船型选择和总布置设想 13

3.1.1船型的选择 13

3.1.2小水线面双体船船型特征 13

3.1.3总布置设想 14