摘要
给出了有液体作用时盘的传递矩阵,然后计算了三盘双支承同轴涡轮泵转子的临界转速,对计入和不计入液体作用时的频率谱和临界转速值作了比较,结果表明频率谱有质的区别。
The transfer matrix of the plate by the action of liquid was derived.The
critical rotational speed of the turbopump rotor possessing three plates,two supports and single
shaft was calculated.The frequency spectrum and the critical rotational speed were compared in
regard to and without regard to the liquid action.The results show that there is essential
distinction between the frequency spectrums in two conditions.The liquid action on pump wheel
obviously influences the critical rotation speed of the rotor
出处
《推进技术》
EI
CAS
CSCD
北大核心
1999年第2期42-44,共3页
Journal of Propulsion Technology
关键词
液体火箭发动机
涡轮转子
临界转速
传递矩阵
Liguid propellant rocket
engine,Turbine rotor,Rotor speed,Transfer matrix method +,Numerical simulation