毕业设计（论文）-基于UG的卡丁车建模与装配

《毕业设计（论文）-基于UG的卡丁车建模与装配》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、烟台工程职业技术学院数控技术系机械制造与自动化专业10级毕业设计（论文）题目:基于UG的卡丁车建模与装配设计姓名学号指导教师（签名）二○一二年十一月二十日39烟台工程职业技术学院毕业设计（论文)诚信承诺书本人慎重承诺：我所撰写的设计（论文）《基于UG卡丁车建模与装配设计》是在老师的指导下自主完成，没有剽窃或抄袭他人的论文或成果。如有剽窃、抄袭，本人愿意为由此引起的后果承担相应责任。毕业论文（设计）的研究成果归属学校所有。学生(签名)2012年11月26日39烟台工程职业技术学院毕业设计任务书设计题目基于UG的卡丁车建模与装配学生姓名系别数控

2、技术系专业械制造与自动化班级指导教师姓名职称高级讲师课题来源实践任务书下达时间教学科主任签字1、毕业设计主要内容（1）设计一个卡丁车的模型。（2）完成卡丁车各零件的设计建模。（3）按自底向上的装配方法，完成卡丁车的虚拟装配。（4）完成卡丁车建模与装配毕业设计论文。2、毕业设计的主要技术指标完成卡丁车的虚拟装配。3、毕业设计基本要求（1）按计划定期反馈设计进度，接受指导老师的检查与指导。（2）完成全部设计内容。（3）按要求打印，装订，设计正本、完成毕业答辩。4、应收集的文献资料自行选择3-5本5、进度计划序号毕业设计阶段性工作及成果时间安排1

3、布置毕业设计任务书2查阅资料，准备基础知识3集中指导4完成设计初稿5经指导老师审定完成正文6毕业答辩39目录一、前言···················································3（一）毕业设计目的··········································4（二）设计的项目和内容······································4二、UG卡丁车建模设计的具体流程·······························5（一）车体外部设计1、上箱

4、设计···············································52、底盘设计···············································9（二）驱动元件设计3、驱动齿轮设计···········································124、前轮设计···············································135、后轮设计··············································

5、·14391、传动轴一设计···········································152、传动轴二设计···········································163、传动轴三设计···········································17（三）动力元件设计4、左右杆翼设计···········································1910、动力箱设计·······································

6、·····2011、齿条设计··············································2112、齿轮轴设计············································22（四）内部元件设计13、后轴设计··············································2214、后传动箱设计··········································233915、前柄设计·······························

7、···············2416、弹簧设计··············································25三、自底向上转配设计········································26四、结束语·················································30五、参考文献···············································31摘要UG是Unigraphics的缩写，这是一个交互式CAD/CAM(计算机

8、辅助设计与计算机辅助制造)系统，它功能强大，可以轻松实现各种复杂实体及造型的建构。它是SiemensPLMSoftware公司出品的一个产品工程解决方案，它为用户的产品设及加工过