Analysis of Random Vibration Response of Shafting Transmission Considering Structural Nonlinearity
In order to study the influence of nonlinear factors such as fit state and clearance on the ran-dom vibration response of the shaft structure,its random vibration response is simulated in the time do-main based on explicit dynamics analysis.The results show that the vibration transmission between parts in the interference fit state is smoother than that in the critical state,which results in a smaller response amplitude.When clearance occurs between the parts,the response amplitude shall decrease significantly as the clearance widens.However,the collision between the parts will increase the high-frequency response of the structure,which may also intensify the wear of the parts.The conclusions can provide references for structural design concepts and selection methods.
国家科技期刊平台
NSTL
万方数据
