流体传动与控制
流體傳動與控製
류체전동여공제
FLUICL POWER TRANSMISSION AND CONTROL
2014年
6期
9-11
,共3页
变量径向柱塞泵%Workbench%模态分析%配流轴
變量徑嚮柱塞泵%Workbench%模態分析%配流軸
변량경향주새빙%Workbench%모태분석%배류축
radial piston variable displacement pump%Workbench%the modal analysis%flow distribution shaft
机械振动与流体振动是径向柱塞泵中两种常见的振动类型。配流轴及变量机构的振动、由转子偏心与不平衡所产生的振动都为机械振动;由径向柱塞泵的压力冲击和固有流量脉动所引起的振动则为流体振动。对各激振源及其激振频率进行了详细介绍,并分析了其对径向柱塞泵的性能影响。
機械振動與流體振動是徑嚮柱塞泵中兩種常見的振動類型。配流軸及變量機構的振動、由轉子偏心與不平衡所產生的振動都為機械振動;由徑嚮柱塞泵的壓力遲擊和固有流量脈動所引起的振動則為流體振動。對各激振源及其激振頻率進行瞭詳細介紹,併分析瞭其對徑嚮柱塞泵的性能影響。
궤계진동여류체진동시경향주새빙중량충상견적진동류형。배류축급변량궤구적진동、유전자편심여불평형소산생적진동도위궤계진동;유경향주새빙적압력충격화고유류량맥동소인기적진동칙위류체진동。대각격진원급기격진빈솔진행료상세개소,병분석료기대경향주새빙적성능영향。
In general, mechanical vibration and fluid vibration of radial piston pump are the vibration of two common types. The vibration of the flow distribution shaft and variable mechanism, the vibration resulted by the rotor eccen-tricity and unbalanced are all mechanical vibration. But the vibration caused by pressure shock and the intrinsic flow pulsation is vibration of fluid. This paper focuses on the vibration source and vibration frequency in detail, and ana-lyzes its effect on the radial piston pump.