摘要
对电磁阀试验台流体系统产生脉动的原因作了分析与探讨,并应用频率特性分析法对主测试管路的频率特性进行了计算和仿真;在此研究基础上选取最佳的结构和元件参数以及采取相应的消振和滤波措施,可有效地减少和消除流体系统可能出现的压力脉动并避开谐振现象发生。该研究对相关流体控制和测试系统研发中如何避免测试管路谐振现象的发生及消减流体压力脉动和冲击具有一定的工程应用价值。
The causes of pulsation in fluid system of solenoid valve test-bed were discussed. The freque characteristics of main test pipeline were calculated and used in simulation. The optimal parameters of structure ncy and components were chosen and the corresponding elimination measures were taken based on the theoretical analysis. These measures could deduce and eliminate the pressure pulsation effectively and prevent resonance, which can give a reference to similar fluid control and test systems and is valuable to engineering application.
出处
《振动与冲击》
EI
CSCD
北大核心
2011年第8期175-178,186,共5页
Journal of Vibration and Shock
基金
国家自然科学基金资助项目(50535010)
关键词
电磁阀试验台
脉动与冲击
频率特性分析法
消振
solenoid test-bed
pulsation and impact
impedance method
vibration reduction