毕业论文移动版

摘要船用泵行业历经多年的发展现在已经进入一个生产与发展趋于稳定，年产量与产值逐步增长的阶段。现今回顾船用泵多年的发展历程，通过总结前人在船用泵的技术研究与发展方面的经验和成果，来巩固自己在船用泵这一领域的知识和见解。

本文以离心泵、旋涡泵、齿轮泵为研究对象基于Pro/E对三类水泵进行了三维仿真建模。分别对离心泵的底座、泵体、运动轴、电动机，旋涡泵的底座、叶轮、后盖、泵体、轴承、轴系、电动机，齿轮泵的电动机、泵体、啮合齿轮进行了三维绘图、装配。同时，对旋涡泵的轴和叶轮配合结构、齿轮泵的啮合齿轮结构进行了运动仿真，基于动画模块对三类水泵的装配与拆卸过程进行了动画制作。设计结果可以直观的观察三类泵的结构、内部运动情况、拆装步骤，加强了人们对泵运动过程和装配过程的理解和掌握。86190

毕业论文关键词：船用泵；Pro/E；三维建模；运动仿真；动画仿真

Abstract After a hundred years development of marine pump industry has now entered a stable production and development, production and output growth stage step by step。 Today we review the development process of Marine pumps for many years, by summarizing the previous experience and achievements in technological research and development aspects of marine pump, to strengthen ourself in the field of Marine pump knowledge and insights。

     Based on the centrifugal pump, vortex pump, fuel injection pump as the research object based on Pro / E to three types of pumps for the 3D modeling and simulation respectively。 The centrifugal pump, the pump body and motor shaft, a motor, a vortex pump impeller, a rear cover and pump body, bearings, shaft, motor, fuel injection pump motor, pump body, the meshing gear 3D drawing, assembly。 At the same time, the vortex pump shaft and impeller structure, fuel injection pump gear structure of the motion simulation based on animation module of three types of pump assembly and disassembly process of animation production。 Relates the results can be visually observed three types of pump structure, internal motion , disassembly and assembly steps, to enhance the people's understanding of the process and the assembly process of the pump。 

Keywords:Marine pumps;Pro/E;3d modeling;motion simulation;animation simulation

目录

第一章 绪论 1

1。1研究目的及意义 1

1。2船用泵目前国内外发展状况 1

1。3论文主要研究内容 3

1。4各章节内容安排 3

第二章 水泵原理及拆装 4

2。1船用泵的原理及分类 4

2。2旋涡泵的原理及拆装 5

2。3离心泵的原理及拆装 7

2。4齿轮泵的原理及拆装 9

2。5本章小结 11

第三章 Pro/E的三维绘图 12

3。1 Pro/E的介绍 12

3。2 Pro/E的发展及应用 13

3。3 Pro/E的特点和优点 14

3。4 传统教学方法的不足之处 15

3。5 Pro/E与教学结合的意义 16

3。6 Pro/E建模方法与过程 17