摘要
利用ADAMS强大的参数化功能以及二次开发功能,建立了滚动轴承动力学分析模块,并利用用户自定义子程序在ADAMS的模型中直接创建零件之间的相互作用力,借助于ADAMS强大的微分方程求解器和图形及数据前、后处理功能,快速、自动地建立了轴承动力学分析的系统模型。通过对滚子轴承建模仿真表明,该技术可以快速、直观地展现其运动仿真的结果。
Applying the strong parameterization and secondary development of ADAMS,the dynamics analysis module of the rolling bearing is established.The interaction forces between parts is created directly in model of ADAMS by using user-defined subroutine,and the system model is set up quickly and automatically for bearing dynamics analysis by using strong differential equation solver,graph and data pre-and post-processing.The results show that the technology is able to present quickly and directly the results of motion simulation.
出处
《轴承》
北大核心
2011年第5期52-54,共3页
Bearing
