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5、汽车起重机的举升机构的设计【优秀课程毕业设计含5张CAD图纸+带任务书+开题报告+文献综述+外文翻译】汽车起重机起升机构和液压系统的设计摘要本设计介绍了汽车液压起重机的工作原理，并详细介绍了起升机构设计计算的全过程，其中包括起升机构的工作原理，参数确定，结构设计等。该设计汽车起重机的起升机构采用定量高速液压马达，减速器，制动器，联轴器及卷筒组成。根据液压系统的技术指标对该系统进行整体方案设计，对其功能和工作原理进行分析，初步确定了系统各回路的基本结构及主要元件，按照所给机构性能参数和液压性能参数进行元件。
6、C H A N G C H U N I N S T I T U T E O F T E C H N O L O G Y Evaluation of a multi-sensor horizontal dual arm Coordinate Measuring Machine for automotive dimensional inspection 用于汽车尺寸检测的多传感器水平双臂坐标测量机 资料来源： This article is published with open access at Springerlink.com 学院名称： 机电工程学院 专业名称： 机械电子工程 班级名称： 机电 1241 学 号： 1202431121 指导教师： 王华 教师职称：。
7、汽车发动机飞轮壳支架钻削多轴头及钻孔夹具设计【优秀课程毕业设计+含15张CAD图纸+带任务书+开题报告+中期报告+外文翻译+35页加正文1.11万字】-jxsj09【详情如下】【需要咨询购买全套设计请加QQ1459919609】.bat中期报告.doc中间板.dwg主体角板.dwg主动轴.dwg任务书.doc传动系统图.dwg外文翻译.doc多轴头.dwg夹具.dwg导套座.dwg工作轴.dwg左支架.dwg左支架工序图.dwg/p>。
8、EQ1135F19D东风重型汽车9吨级驱动桥桥壳设计【优秀课程毕业设计带任务书+开题报告+中期报告+答辩ppt+外文翻译】EQ1135F19D东风重型汽车9吨级驱动桥桥壳设计九吨级驱动桥桥壳设计研究摘要：汽车的驱动桥处于传动系的尾端，是汽车的特别重要的一个部件，它的基本功用是增大由传动轴或直接由变速器传来的转矩，将转矩分配给左、右驱动车轮，并使两个车轮具备汽车行驶运动学所要求的差速功效。而本文则重点介绍9吨级加强型驱动桥设计的全过程。这对于我们以后从事设计工作是非常有用的。关键词：主减速器；桥壳；差速器；后桥Study on Design 。
9、FSAE电动赛车多连杆式后悬架结构设计与分析【优秀课程毕业设计含5张CAD图纸+带任务书+开题报告+中期报告+答辩ppt+外文翻译】-clsj16FSAE电动赛车多连杆式后悬架结构设计与分析摘要：本毕业设计对FSAE赛车后悬架的结构及特点进行比较，综合比对选取适合的后悬架类型；我们最后决定FSAE赛车的后悬架选用多连杆结构。根据赛车参数，进行了大量的计算，根据数据确立了后悬架的尺寸，材料，以及悬架部件的选取以及参数，然后利用 proe 建立 FSAE 赛车后悬架的三维机构仿真模型；在建立三维模型的过程中，根据坐标来建立三维模型，这样的精度高。
10、汽车保险杠铝成型组件有限元分析及工艺【优秀课程毕业设计含三维5张CAD图纸+带任务书+开题报告+文献综述+答辩ppt+外文翻译】汽车保险杠铝成型组件有限元分析及工艺摘 要近年来，随着环境污染、能源枯竭等问题的日趋严重以及国家政策的支持和鼓励，汽车轻量化已越来越被人们所重视，且已逐渐成为当前和未来汽车技术发展的主要方向。基于此，在汽车车身及其零配的件的材料选择上，人们越来越关注材料本身的重量。其中，铝合金板材作为一种低密度、高强度、可塑性强的金属材料，受到了越来越多汽车厂商的青睐。然而，在板料成形技术中，起皱。
11、汽车变速箱箱体加工工艺及夹具设计【铣顶面-铣上盖结合面、铣前后端面两套夹具优秀课程毕业设计含5张CAD图纸+带任务书+开题报告+文献综述+外文翻译】汽车变速箱箱体加工工艺及夹具设计【铣顶面-铣上盖结合面、铣前后端面两套夹具】摘 要本设计的主要内容是对给定的汽车变速箱箱体进行工艺规程程设计，并编制相应的工序卡片。其中包括拟定加工工艺路线，包括加工方法、定位基准选择、机床、刀具的选择及专用夹具设计。根据工艺要求设计并绘制指定工序的专用夹具装配图。要求结构合理，工作效率高，制造方便，尽量降低成本和制造难度，并对。