CAJ | 학술논문

随着滚动轴承性能要求的不断提高，其动力学研究已经成为滚动轴承结构设计、提高轴承性能的不可或缺的组成部分，而保持架的运动性能决定了滚动轴承运动稳定性。因此，在引入一定假设条件的基础上，采用动力学分析软件ADAMS对深沟球轴承进行了动力学仿真，研究了不同工况及不同结构设计参数下保持架的振动特性，为滚动轴承的设计提供支持。
수착곤동축승성능요구적불단제고，기동역학연구이경성위곤동축승결구설계、제고축승성능적불가혹결적조성부분，이보지가적운동성능결정료곤동축승운동은정성。인차，재인입일정가설조건적기출상，채용동역학분석연건ADAMS대심구구축승진행료동역학방진，연구료불동공황급불동결구설계삼수하보지가적진동특성，위곤동축승적설계제공지지。
With the continuous improvement of the bearing performance requirements, the research on dynamics of bearings is al-ready indispensable to the design of the bearing structure and improvement of the bearing performance. The kinetic stability of rol ing bearings depends on the kinematic performance of the cage. On the basis of introducing some assumed conditions, dynamic analy-sis software ADAMS is used to conduct the dynamic simulation of a deep groove bal bearing. The vibration characteristics of the cage under the of different working conditions and design parameters are studied, and it gives the support to the design of rol ing bearings.