科技通报
科技通報
과기통보
BULLETIN OF SCIENCE AND TECHNOLOGY
2014年
7期
100-103
,共4页
ADAMS%凸轮机构%柔性化%动态分析
ADAMS%凸輪機構%柔性化%動態分析
ADAMS%철륜궤구%유성화%동태분석
ADAMS%cam mechanism%flexible%dynamic analysis
采用Pro/E和ADAMS完成了直动滚子从动件平面回转凸轮机构虚拟样机建模，应用ADAMS/Flex模块对刚体从动件进行柔性化处理，实现了实际凸轮机构的动态仿真，对凸轮机构进行动态分析研究。仿真方法及仿真结果为凸轮的优化设计提供了可靠依据。
採用Pro/E和ADAMS完成瞭直動滾子從動件平麵迴轉凸輪機構虛擬樣機建模，應用ADAMS/Flex模塊對剛體從動件進行柔性化處理，實現瞭實際凸輪機構的動態倣真，對凸輪機構進行動態分析研究。倣真方法及倣真結果為凸輪的優化設計提供瞭可靠依據。
채용Pro/E화ADAMS완성료직동곤자종동건평면회전철륜궤구허의양궤건모，응용ADAMS/Flex모괴대강체종동건진행유성화처리，실현료실제철륜궤구적동태방진，대철륜궤구진행동태분석연구。방진방법급방진결과위철륜적우화설계제공료가고의거。
The virtual prototyping modeling of plane rotary cam mechanism with straight roller follower is created by Pro/E and ADAMS. Flexible treated to rigid follower by using the ADAMS/Flex Module, the motion simulation of the actual cam mechanism is achieved, and the dynamic analysis of cam mechanism is studied. The simulation method and simulation results provide a reliable basis for the optimal design of cam mechanism.
