Low carbonization trend and strong oil film preservation.
低碳化倾向和较强的油膜保持性。
Must have the very high oil film strength and the good lubricity.
要有很高的油膜强度和良好的润滑性能。
The TCC oil film temperature field distribution is gained at last.
获得了锁止离合器油膜温度场的分布。
The static and dynamic characteristics of the oil film have been analysed.
并分析了油膜的静态和动态特性。
Oil film fracture position is an important characteristic of journal bearing.
滑动轴承油膜破裂位置是滑动轴承静特性之一。
At high load, but also can provide a suitable oil film and excellent lubricity.
在高负荷时，也能提供合适的油膜和优良的润滑性。
The influence of viscous force is considered while establishing nondimensional oil film force.
无量纲轴承油膜力的表达式中考虑了滑油粘性力的作用。
Resistance in the gas cylinder scour capability, and always maintain good thick enough oil film.
抗气缸中气体的冲刷能力优良，始终保持足够厚的油膜。
The result shows that special oil film structures can effectively reduce vibrations in centrifuge dampers.
结果显示出特殊油膜结构在离心机阻尼器的设计中的有效性和重要研究价值。
And with transient response analyse, the sensor's response under the actual oil film pressure was obtained.
通过瞬态响应特性分析，得到传感器在承受实际的油膜载荷作用下的响应特性。
The dust particles in the air stuck on the oil film, were once again under two times separation, purification.
气流中的尘粒粘在油膜上，再次被分离，得到二次净化。
Maintains the best oil film and excellent lubrication whenever at low or high operation temperature and under high loads.
无论在高或低的操作温度，以及在高负荷时，都能提供合适的油膜和优良润滑性。
This is very helpful to choose suitable nonlinear oil film force model in the dynamic analysis for rotor-bearing systems.
这为进行转子-轴承系统的非线性动力学分析时选取恰当的油膜力模型提供了理论指导。
This article provides a basis for the further investigation into oil film dynamics and for high speed rotor system design.
本文的工作为深入研究油膜动力特性及高速转子系统设计奠定了基础。
The energy equations of the oil film and the bush are solved simultaneously by using an efficient finite difference scheme.
用一有效的有限差分法同时求解油膜和轴瓦的温度控制方程。
Instantaneous temperature field of piston rings and oil film, seldom mentioned by previous researchers, has been concluded.
得出了以前很少人涉及的活塞环和油膜处的瞬态温度场。
The present invention provides a kind of oil film wet blackboard and its blackboard pen and blackboard roller erasing device.
本发明提供了一种油膜湿式黑板、黑板笔和黑板滚筒擦涂装置。
Finite element method of oil film capability is a basis of this papers research work, and it is also an important research method.
油膜性能的有限元算法是本文研究工作的一个基础，也是一个重要的研究方法。
Formulas for the flow rate, the static eccentricity, the static oil film stiffness and the dynamic magnification factor are given.
文中给出了流量、静态偏心率、静态油膜刚度和动力放大系数的公式。
The formation of fluid dynamic force and the occurrence of self-excited vibration and oil film vortex of rotor system are analyzed.
分析了转子轴承系统中流体动态力的形成和自激振动的产生与油膜涡动、油膜振荡的故障。
This paper analyzed the main factors which affected the surface shape of EMC pad, giving the general equation of oil film thickness.
分析了影响弹性金属复合瓦EMC瓦面形状的因素，给出了油膜形状的一般表达式。
The parameters such as oil film pressure, oil flux and so on are obtained from joint solution of Reynolds and energy equations of SFD.
文中根据雷诺边界条件，通过联立求解SFD的雷诺方程、能量方程得到了SFD的压力分布、滑油流量等参数。
Both theoretical and experimental results about the dynamic instability of oil film in tilting pad bearing are presented in this paper.
本文首次给出关于可倾瓦轴承动力不稳定性的理论与实验联立结果。
The liquid crystal results are compared with schlieren photo and oil film method, confirming that it is an effective flow-visualization tool.
液晶显示结果与纹影实验照片和油膜方法进行比较，证实了它是一种非常有效的表面流动显示工具。
It is showed that the relative errors of the nonlinear oil film force are becoming larger and larger with an increase of the oil film thickness.
结果表明，随着油膜厚度的增加，油膜力的相对误差愈来愈大，说明了非线性的影响程度愈加突出。
The distribution of engaging efficiency, EHD oil film thickness and tooth face wear and their changes along with transmission parameters are presented.
给出了超环面行星蜗杆传动啮合效率、齿面磨损量和弹流油膜厚度的分布规律及其随传动参数的变化规律。
This article analyses the influence of the support of oil film vibration damping of the main spindle on cutting degree of roughness through cutting test.
本文通过粗糙度切削试验，分析讨论了车床主轴油膜减振支承对其加工粗糙度的影响。
This is because a proper warm-up can assist the oil to form an oil film between the engine parts and components, and then reduce the wear of engine parts.
这是因为，合理的预热能够协助机油在发动机部件与部件之间构成“油膜”，然后削减发动机部件磨损。
Decreasing interfacial tension or enhancing the viscoelasticity or displacement velocity is favorable to increasing the displacement efficiency of oil film.
降低界面张力、增强驱油剂的黏弹性、增加驱替速度，有利于提高驱替残余油膜的驱替效率。
Decreasing interfacial tension or enhancing the viscoelasticity or displacement velocity is favorable to increasing the displacement efficiency of oil film.
降低界面张力、增强驱油剂的黏弹性、增加驱替速度，有利于提高驱替残余油膜的驱替效率。
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