摘要
为满足复合材料纤维缠绕的要求,对纤维缠绕机的纤维导向装置进行结构设计及受力分析。通过对纵横向运动机构、旋转装置机构和分线机构的设计,利用solidworks进行3维建模,将设计出的纤维导向装置各零件进行装配,调节各零部件尺寸,实现缠绕功能,利用simulation对装置中受力较大零件的3维模型进行受力分析,并通过缠绕设备进行气瓶缠绕验证。实验结果表明,各部件均能满足设备使用要求。
For satisfying the requirements of composite material fiber winding,the fiber guide device of the fiber winding machine is carried out structure design and pressure analysis.Through design of longitudinal and horizontal motion structure,rotation equipment structure and branching structure,use Solidworks for 3D modeling.The designed parts of the fiber guide device were assembled,and the sizes of the parts were adjusted for winding function.Use simulation to carry out pressure analysis for pressed part 3D model.Use winding equipment for cylinder winding verification.The test result shows that the parts can meet the equipment operation requirement.
作者
段学俊
吴庆堂
修冬
陈洪海
卢忠
李珊
张瑞君
Duan Xuejun;Wu Qingtang;Xiu Dong;Chen Honghai;Lu Zhong;Li Shan;Zhang Ruijun(Research Department of Ultra-precision Manufacture Technology,Changchun Institute of Equipment&Process,Changchun 130012,China;No.4 Factory,Inner Mongolia First Machinery Group Co.,Ltd.,Baotou 014000,China)
出处
《兵工自动化》
2019年第12期74-76,96,共4页
Ordnance Industry Automation
基金
吉林省重点科技攻关项目(20160204055GX)
关键词
复合材料
气瓶缠绕
结构设计
受力分析
composite materials
cylinder winding
structural design
force analysis
