摘要
基于多体动力学仿真软件ADAMS,应用符合实际的齿轮副传动模型建立了传动系统的虚拟样机模型;分析了系统扭转振动的动态特性和内部激励对动态响应的影响;并进行了系统的频域分析,为产品的研发提供了可靠的分析数据和先进的方法。
Based on ADAMS （Auiomatic Dynamic Analysis of Mechanical System）, tile Virtual Prototype of the drive svstem was cstablished by using the actual gear pair tramsmission model. The system＇ s Dynamic eharaeteristics of torsional vibration ,the impact of internal incentives for the dynamic response and the frequency response was analyzed. The results also provided reliable analytical data and advanced methods for product R＆D.
出处
《水泥工程》
CAS
2010年第2期59-62,共4页
Cement Engineering
关键词
ADAMS
虚拟样机
扭转振动
动态响应
ADAMS
Virtual Prototype
Torsional vibration
Dynamic response
