机械管理开发
機械管理開髮
궤계관리개발
MECHANICAL MANAGEMENT AND DEVELOPMENT
2014年
5期
28-30,45
,共4页
齿轮系统%扭转振动%非线性函数%ADAMS
齒輪繫統%扭轉振動%非線性函數%ADAMS
치륜계통%뉴전진동%비선성함수%ADAMS
gear system%rotational vibration%nonlinear function%ADAMS
以ADAMS为建模环境，建立了齿轮系统扭转振动模型，通过用户自定义程序实现非线性函数的控制。快速求解系统动力学方程，得出了其固有频率，为齿轮传动系统的动力学分析和优化设计提供了另一种思路。
以ADAMS為建模環境，建立瞭齒輪繫統扭轉振動模型，通過用戶自定義程序實現非線性函數的控製。快速求解繫統動力學方程，得齣瞭其固有頻率，為齒輪傳動繫統的動力學分析和優化設計提供瞭另一種思路。
이ADAMS위건모배경，건립료치륜계통뉴전진동모형，통과용호자정의정서실현비선성함수적공제。쾌속구해계통동역학방정，득출료기고유빈솔，위치륜전동계통적동역학분석화우화설계제공료령일충사로。
The rotational vibration gear system was constructed by using ADAMS ,and the non-linear function was controlled by means of user-defined subroutine .The dynamic equations of gear system was solved automatically by ADAMS Solver ,and then the eigenfrequncies of the system were obtained .So it provides another way for the research on gear system vibration 、impulsion and optimization design .
