摘要
对液压缓冲器工作原理进行分析,在AMESim仿真环境下建立相应的液压缓冲器仿真模型。对不同缓冲活塞作用面积、环形配合缝隙宽度以及阻尼孔节流面积变化形式工况下缓冲器响应进行仿真研究,表明它们对缓冲器能量吸收效率以及缓冲平稳性的影响,为按工况进行缓冲器设计提供方案。
Operating principle of hydraulic shock absorber is discussed, and its simulation model is built based on AMESim and then is simulated with more attention to the relation between main structure parameters and shock absorbing capability, indicating these parameters＇ influences on energy absorbing efficiency and stability of the absorber. It provides strategies for designing of the hydraulic shock absorber according to actual conditions.
出处
《起重运输机械》
北大核心
2008年第5期79-82,共4页
Hoisting and Conveying Machinery
关键词
液压缓冲器
AMESIM
结构参数
缓冲性能
hydraulic shock absorber
AMESim
structure parameter
shock absorbing capability
