Open Nav

无人纯电动物流车驱动桥设计(含CAD图,CATIA三维图)英文版

以下是资料介绍,如需要完整的请充值下载.
1.无需注册登录,支付后按照提示操作即可获取该资料.
2.资料以网页介绍的为准,下载后不会有水印.仅供学习参考之用.
   帮助中心
资料介绍:

无人纯电动物流车驱动桥设计(含CAD图,CATIA三维图)英文版(任务书,开题报告,文献摘要,论文说明书英文8000字,CAD图8张,CATIA三维图)
Design of drive axle for unmanned pure electric logistics vehicle
Abstract
With the increasing awareness of energy crisis and environmental protection,  people pay more attention to pure electric vehicles. Some potential traditional automobile manufacturers at home and abroad often position their products in a high level, so it is difficult to popularize them among majority consumers. As a supplement to middle and high level pure electric vehicles, small and micro pure electric vehicles   will reveal a great development potential. This kind of pure electric vehicle has the advantages of compact structure, light weight and low cost.
In this paper, the driving axle of an unmanned electric logistics vehicle based on XinShiQi Company is designed with the help of three-dimensional modeling software CATIA, and finite element analysis software ANSYS. In the design, the characteristics of the drive axle are explained firstly. According to the given data, the structure types and parameters of the final drive, differential, half shaft and universal joint are determined, and the strength is checked. Through calculating the size and referring to the similar parts of the existing vehicle, carry out the 3D model. Then import the model into finite element analysis software to obtain stress nephogram. The results are of great significance to the design and development of the driving axle of the electric logistics vehicle.

[资料来源:https://www.doc163.com]


Key words: drive axle; electric logistics vehicle; final drive; differential
 
[资料来源:https://www.doc163.com]

无人纯电动物流车驱动桥设计(含CAD图,CATIA三维图)英文版
无人纯电动物流车驱动桥设计(含CAD图,CATIA三维图)英文版
无人纯电动物流车驱动桥设计(含CAD图,CATIA三维图)英文版
无人纯电动物流车驱动桥设计(含CAD图,CATIA三维图)英文版
无人纯电动物流车驱动桥设计(含CAD图,CATIA三维图)英文版

[版权所有:http://DOC163.com]


无人纯电动物流车驱动桥设计(含CAD图,CATIA三维图)英文版
无人纯电动物流车驱动桥设计(含CAD图,CATIA三维图)英文版


Contents
Chapter 1 Introduction    1
1.1 The purpose and significance of the research    1
1.2 Overview of research status in China and abroad    2
Chapter 2 Drive axle design    4
2.1 Drive axle type selection    5
2.2 Final drive design    6
2.2.1 Final drive structure technical solution    6
2.2.2 Final drive gear design    8
2.2.3 Strength check of shaft and key    15

[资料来源:http://www.doc163.com]

2.3 Differential design    20
2.3.1 Main parameters selection of differential gear    20
2.3.2 The material of the differential gear    23
2.3.3 Differential gear geometry calculation    24
2.3.4 Differential gear strength calculation    25
2.4 Half shaft design    26
2.5 Universal joint design    28
2.5.1 Universal joint selection    28
2.5.2 Universal joint size selection    29
Chapter 3 CATIA 3D modeling    31
3.1 Software Introduction    31
3.2 Final drive modeling    31
3.3 Differential Modeling    32
3.4 Drive half shaft modeling    33
3.5 Axle case modeling    34
3.6 Drive axle overall 3D model    34
Chapter 4 ANSYS finite element analysis    36 [资料来源:http://www.doc163.com]
4.1 Material Settings    36
4.2 Contact and grid settings    36
4.3 Constraints And Loading Settings    37
4.4 Analysis and comparison of results    37
4.5 Summary    39
Chapter 5 Conclusion    40
References    41
Acknowledgement    43
Appendix    44
 

[资料来源:www.doc163.com]

  • 关于资料
    提供的资料属本站所有,真实可靠,确保下载的内容与网页资料介绍一致.
  • 如何下载
    提供下载链接或发送至您的邮箱,资料可重复发送,若未收到请联系客服.
  • 疑难帮助
    下载后提供一定的帮助,收到资料后若有疑难问题,可联系客服提供帮助.
  • 关于服务
    确保下载的资料和介绍一致,如核实与资料介绍不符,可申请售后.
  • 资料仅供参考和学习交流之用,请勿做其他非法用途,转载必究,如有侵犯您的权利或有损您的利益,请联系本站,经查实我们会立即进行修正! 版权所有,严禁转载
    doc163.com Copyright © 2012-2024 苏ICP备2021029856号-4