重型汽车油气悬挂缸设计(含CAD零件图装配图,SolidWorks三维图)

重型汽车油气悬挂缸设计(含CAD零件图装配图,SolidWorks三维图)(任务书,开题报告,文献摘要,外文翻译,论文说明书12000字,CAD图6张,SolidWorks三维图)
摘   要
本论文内容是介绍了当前油气悬挂系统的国内外现状：很久以来悬挂系统的改进并不是很显著。由于悬架系统的性能对车辆的机动性有很大影响，因此改进悬架系统以提高车辆的性能可以大大提高性价比，具有重要的实际意义，并且对油气悬挂系统做了简单的分类以及工作原理的描述，简要介绍了蓄能器的分类以及工作原理，综合车辆的悬挂系统做了一个全面的介绍。并且按照指导教师所提出的要求，设计出了油气悬挂缸参数、结构，并且对悬挂油缸的相关零部件进行了强度校核，使其满足强度要求，还计算出了设计的悬挂油缸的阻尼力大小。
关键词：油气悬挂；悬挂缸；设计

Abstract
The content of this paper was to introduce the current domestic and international status of the hydropneumatic suspension system. The improvement of the suspension system had not been very significant for a long time. Because the performance of the suspension system had a great influence on the mobility of the vehicle, improving the suspension system to improve the performance of the vehicle can greatly improve the cost performance, and has important practical significance. It also made a simple classification and working principle for the hydropneumatic suspension system. The description briefly introduced the classification and working principles of accumulators, and a comprehensive introduction was made to the comprehensive vehicle suspension system. In accordance with the requirements of the instructor, the parameters and structure of the hydropneumatic suspension cylinder were designed, and the relevant components of the suspension cylinder were checked for strength to meet the strength requirements, and the damping force of the designed suspension cylinder was also calculated. size. [来源：http://Doc163.com]
Key words: Hydropneumatic suspension;Suspension cylinder;Design
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[来源：http://www.doc163.com]

目录
第一章 绪论    4
1.1.1研究背景    4
1.1.2汽车起重机介绍    4
1.1.3汽车起重机产品分类    5
1.1.4国内汽车起重机市场结构    6
1.1.5市场竞争格局    6 [来源：http://www.doc163.com]
第二章 悬挂系统介绍    8
2.1悬挂系统的组成    8
2.2悬挂系统的分类    9
2.3油气悬挂的分类    11
2.4油气悬挂的特点    12
2.5油气悬挂的应用领域    13
2.6本设计的内容    14
第三章 油气悬挂结构和原理    15
3.1悬挂油缸的结构和原理    15
3.2蓄能器的结构和原理    16
3.3蓄能器的作用和主要用途    17
第四章 悬挂缸的参数设计    19
4.1油气悬挂系统的分析    19
4.2油气悬挂的计算    19
第五章 悬挂缸零件的强度校核    23
5.1悬挂缸零件的校核    23
5.2悬挂缸阻尼力的计算    24
5.5悬挂缸设计要求    28
第六章 总结    29
参考文献    30
致  谢    32
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