UG运动仿真论文参考

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1、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···············································51.1轴1的设计··············································61.2键杆的设计················································71.3支架的设计··················

2、···························81.4凸轮2的设计············································141.5支撑块的设计············································151.6推动块的设计············································16第二章零件装配与爆炸图2.0配对··············································172.1对齐····················

3、··························182.2距离·······························192.3创建爆炸图·······························192.4自动爆炸组件·······························202.5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····

4、···························233.2建立滑动副··············································233.3运动仿真··············································243.4制作动画··············································26第四章总结4.1设计心得··············································284.2致谢······················

5、························294.3参考文献··············································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仿真，并在运动导航器下新建运动仿真。这时，系统会自己弹出一个“机构运动副向导”的窗口，选择取消。3.0建连杆3.0.0连杆一(图32)3.0.1连杆二点击应用进行连杆二的建立:机电工程系基于UG的机械产品运动仿真(图33)3.1建运动副3.1.0第一个旋转副完成两个连

6、杆的新建后,到运动导航器的motion_1右键新建【运动副】,选择运动副类型为【旋转副】，点击之前建立的连杆一，指定原点为键柱面的圆心，再选择指定方位为X轴。.机电工程系基于UG的机械产品运动仿真(图34)再选择【驱动类型】→“恒定”,然后输入参数“初速度”15,其它为0。确定完成第一个运动副。3.1.1建滑动副1.2滑动副点击“运动导航器”→右键“motion_2”→“新建运动副”→“滑动副”。选择连杆二，再选择指定原点为支撑杆的圆柱面上的圆心，指定方位为Z轴，确定完成滑动副。机电工程系基于UG的机械产品运动仿真(图35)再点击【线在线上副】，确定完成滑动

7、副。(图36)3.2.1仿真动画确认无误后点击工具栏的【解算方案】在弹出的窗口中输入时间值30，步数值50。再点击【求解】系统自动运算。最后可以在窗口“动画控制”中点击机电工程系基于UG的机械产品运动仿真“播放”了。(图37)(图38)机电工程系基于UG的机械产品运动仿真(图39)3.2.2制作动画完成运动仿真后，点击【运动导航器】中的motion1,再进行如下图的操作：机电工程系基于UG的机械产品运动仿真（图40）出现下图对话框，点击【指定文件名】，选择好文件夹并进行保存，（图41）点击文件所保存的文件夹就可以进行预览了。机电工程系基于UG的机械产品运动仿

8、真（图42）机电工程系基于UG的机械产品运动仿真第四