摘要
为解决烟草关键设备(SH37D型烘丝机滚筒机构)在运转作业中存在滚筒支撑联接件容易断裂的问题,进行一种基于ADAMS的烘丝机滚筒机构动力学仿真。借助Solidworks和ADAMS软件创建烘丝机滚筒机构的动力学模型,设置合适的虚拟工作环境,对烘丝机滚筒机构进行动力学仿真,得到滚筒支撑连接件的张力曲线,利用材料力学理论知识对支撑部件进行力学分析,得到支撑部件破坏原因,并进行支撑部件结构改进。仿真结果表明:该分析可为滚筒支撑类零件力学计算、强度校核提供理论支撑,并具有一定的工程意义。
Roller mechanism on SH37 D tobacco dryer was the key equipment of roller mechanism of tobacco dryer, aiming at the SH37 D roller support connection had fracture phenomenon during the working condition, carry on tobacco dryer roller mechanism based on ADAMS. Use Solidworks and ADAMS software, set suitable virtual work environment, carry out dynamic simulation for tobacco dryer mechanism, acquire tension curve of support connector, use material mechanics technology to carry out mechanical analysis for support connector, get reason for connector damage, and improve connector structure. The simulation results show that the analysis can support connector part mechanical calculation and strength check with theory, and it had great engineering value.
出处
《兵工自动化》
2016年第8期38-41,共4页
Ordnance Industry Automation
基金
山东省科技发展计划项目(2014GGX103016)
