论文部分内容阅读
本文由流体动压出发,将流体静压视为其特例,将流体动静压中的静压视为压力强加约束条件编制了既适用于动压、静压,又适用于动静压的各种固定瓦轴承性能计算的通用程序。运用此程序探讨了油腔形式、油腔深度、节流器参数等对轴承性能的影响;对某机组上的动静压轴承进行了性能计算、分析、并指出动静压轴承有它一定的适用范围。
In this paper, starting from the fluid dynamic pressure, the hydrostatic pressure as its special case, hydrostatic pressure in hydrostatic pressure constraints imposed by the conditions for both dynamic and static pressure, but also for a variety of static and dynamic pressure fixed General procedure for bearing performance calculation. The influence of the form of the oil chamber, the depth of the oil chamber and the restrictor parameters on the bearing performance was discussed by using this program. The performance of the dynamic and static pressure bearing on a generating unit was calculated and analyzed. It was also pointed out that the dynamic and static pressure bearing has its own applicable scope .