UG运动仿真论文参考.pdfVIP

机电工程系基于UG的机械产品运动仿真

目录

概述···························································2

第一章建模

1.0凸轮1的设计···············································5

1.1轴1的设计··············································6

1.2键杆的设计················································7

1.3支架的设计·············································8

1.4凸轮2的设计············································14

1.5支撑块的设计············································15

1.6推动块的设计············································16

第二章零件装配与爆炸图

2.0配对··············································17

2.1对齐··············································18

2.2距离·······························19

2.3创建爆炸图·······························19

2.4自动爆炸组件·······························20

2.5编辑爆炸图·······························21

第三章运动仿真

3.0建立连杆··············································21

机电工程系基于UG的机械产品运动仿真

3.1建立旋转副·······························23

3.2建立滑动副··············································23

3.3运动仿真··············································24

3.4制作动画··············································26

第四章总结

4.1设计心得··············································28

4.2致谢··············································29

4.3参考文献··············································30

机电工程系基于UG的机械产品运动仿真

(图31)

机电工程系基于UG的机械产品运动仿真

第三章运动仿真

打开已装配的零件。在开始菜单下选择运动