1 / 33
文档名称:

车辆工程毕业设计70ZZ1141H5315W型重型载货汽车离合器的设计.doc

格式:doc   页数:33页
下载后只包含 1 个 DOC 格式的文档,没有任何的图纸或源代码,查看文件列表

如果您已付费下载过本站文档,您可以点这里二次下载

分享

预览

车辆工程毕业设计70ZZ1141H5315W型重型载货汽车离合器的设计.doc

上传人:s4160383 2015/12/16 文件大小:0 KB

下载得到文件列表

车辆工程毕业设计70ZZ1141H5315W型重型载货汽车离合器的设计.doc

相关文档

文档介绍

文档介绍:本科学生毕业设计
ZZ1141H5315W型重型载货汽车
离合器的设计
系部名称: 汽车与交通工程学院
专业班级: 车辆工
学生姓名:
指导教师:
职称: 讲师

Undergraduate graduation design
Design of ZZ1141H5315W Type Heavy
Cargo Cars Clutch
Candidate:Lian Hongyun
Specialty:Vehicle Engineering
Class:B07-3
Supervisor: Yongmei
Heilongjiang Institute of Technology

摘要
离合器是汽车传动系的一个重要部件,其设计的成功与否决定着车辆的动力性、平顺性、经济性等多方面的设计要求。设计出结构简单、工作可靠、造价低廉的离合器,能大大降低整车生产的总成本,推动汽车经济的发展。本文以ZZ1141H5315W型重型载货汽车为例,根据重型载货汽车离合器的设计要求和车辆动力传动系统自身的特点,通过参考多篇文献资料,以及国内外离合器设计手册,从经济性和实用性方面着手分析,对其做了详细的设计。
该设计分别从离合器总体方案的选择、膜片弹簧的设计、从动盘总成的设计和离合器盖总成的计算设计着手,从而确定了离合器基本的结构类型并计算了各零部件的参数尺寸,经校核,符合结构设计要求。
关键词: 离合器;传动系;重型载货汽车;总成;结构设计
ABSTRACT
Clutch auto transmission system, its design is an important part of the ess of the power, determines the vehicle smooth, economy, and other aspects of the design requirements. Design a simple structure, reliable operation and low cost, can greatly reduce the clutch atvproduce total cost, promote the development of car economy. Based on ZZ1141H5315W type heavy cargo cars for example, according to the heavy cargo clutch design requirements and vehicle power transmission system characteristic of oneself, through reference documents many articles, and domestic and foreign clutch design manual, from economy and practicability aspects of its analysis, to do a detailed design.
This design separately from the clutch of choice, the overall design of diaphragm spring design, the design of the platen assembly and clutch cover assembly design to the calculation of, so as to determine the basic structure and the calculation of parts of the parameters, check with the size, structure the design requirements.
Key words:The clutch; The transmission; Heavy cargo car; Assembly; Structure design
目录

摘要 I
Abstract II
第1章绪论 1
、目的及意义 1
1
3
第2章离合器总体方案的确定 4
4
5
6
6
7
7
7
第3章膜片弹簧的设计 8