1) Load capacity of hydrodynamic pressure
动压粘液膜承载量
1.
The influences of characteristic parameters of this micro-robot on the generated axial thrust force and load capacity of hydrodynamic pressure are analyzed theoretically.
提出了一种新型可进入人体内腔和血管的内窥镜机器人,研究了各特性参数对该机器人轴向牵引力和动压粘液膜承载量的影响,从而为该机器人在内腔和血管中快速地悬浮式运行创造条件。
2.
Based on the finite difference method,the relationship between the spiral-grooved parameters and kinetic properties such as the load capacity of hydrodynamic pressure,the axial thrust force and the circumferential resisting force was analyzed theoretically.
采用有限差分法分析了肠道机器人螺旋槽参数对机器人动压粘液膜承载量、轴向摩擦牵引力和周向摩擦阻力的影响,从而获得了一组相对最优的机器人螺旋槽参数,使得肠道机器人可获得较大的动压粘液膜承载量和轴向摩擦牵引力,同时减小了其周向摩擦阻力。
3.
The axial thrust force and the load capacity of hydrodynamic pressure are analyzed and calculated in detail when screws of different shapes are adopted in the micro-robot.
详细分析计算了医用微型机器人在采用不同形状螺纹下螺旋时所产生的轴向摩擦牵引力和动压粘液膜承载量。
2) air bearing pressure
气膜承载压强
1.
Applying the multigrid method the air bearing pressure of pico slider(30%,1.
0mm,飞高7nm)的气膜承载压强,相比较单网格方法,多重网格方法求解性能提高显著。
3) hydrodynamic film bearing
液膜动力轴承
4) dynamic and static pressure oil film bearings
动静压油膜轴承
1.
The Morgan dynamic and static pressure oil film bearings is introduced, the load analysis for roller and bearings conducted, function of feeding pipe of lubrication system got clear, some adjust made for the pipe, the problem of too few oil flow of oil film bearings solved.
介绍了摩根动静压油膜轴承,对轧辊和油膜轴承进行受力分析,明确了润滑系统供油管路的功能,并作适当调整,解决油膜轴承润滑油流量低的问题。
5) hydrodynamic kelmet
动压油膜轴承
6) hybrid bearing
液体动静压轴承
1.
In this paper,four hybrid bearings having different geometric configurations were analyses for their static and dynamic characteristics,including flow rate,load capacity,stiffness,and whirl frequency ratio.
研究了四种不同油腔形状的高速液体动静压轴承。
补充资料：冲击波超压与动压