lubricant film
英 [ˈluːbrɪkənt fɪlm]
美 [ˈluːbrɪkənt fɪlm]
润滑油膜
双语例句
- Analysis on Measurement Approach for Lubricant Film Thickness of Sliding Bearing
滑动轴承润滑油膜厚度测量方法分析 - Study of Wear Resistant Composite Phosphating and Bonded Solid Lubricant Film
耐磨复合磷化及粘接固体润滑膜的研究 - Relative Lubricant Film Friction Coefficient Control System of Survey Design Study on the thermal-structural couple field of sliding friction process based on ANSYS
对油膜滑动摩擦系数测量系统的研究基于ANSYS的滑动摩擦热结构耦合分析 - In contrast to, say, hydrodynamic plain bearings, no lubricant film can form to fully separate the sliding surfaces.
与液压滑动轴承形成对照，球面滑动轴承不能通过形成润滑膜将滑动面完全分离。 - Then, a three-point measurement system with fiber-optical sensor of displacement is designed to measure the thickness of the lubricant film.
此外，针对滑动轴承润滑油膜厚度监测，开发了基于光纤位移传感器的三点测量系统。 - Computation Method of Elastohydrodynamic Lubricant Film Thickness Between Cam and Tappet of IC Engines
内燃机凸轮挺柱间油膜厚度的计算方法 - Simplification and application of calculation formula for linear contact minimum lubricant film thickness
线接触最小油膜厚度计算公式的简化及应用 - Research of Diagnostics System of Lubricant Film Thickness Using Fiber Optics
新型光纤式油膜厚度探测系统的研究 - A Study of Rolling-Coating Technique for Solid Lubricant Film
固体润滑膜的滚压涂敷工艺之研究 - By using this diagram the distribution of lubricant film thickness in the gear engagement is investigated thus providing the basis for the optimized design of gears with satisfactory film lubrication.
应用该图探讨了齿轮传动在啮合区的油膜厚度分布规律，为齿轮的优化设计具有良好的润滑油膜提示了途径。 - In the paper researches into lubricant transformation process and the formation of lubricant film of high speed gears, researches into the method of formation and delay rupture time of oil film.
本文探讨了高速齿轮（n＞40000r／min）的润滑状态转化过程及其润滑膜的形成问题，研究了延缓油膜的破裂时间和形成新的润滑膜的方法。 - Study on bonded solid lubricant film
粘结固体润滑膜性能研究 - The distribution of lubricant film thickness and stress during the cold extrusion was unveiled from the calculated result.
计算结果揭示了冷挤压过程中，润滑油膜厚度及油膜压力的分布。 - And that only when hydrodynamic lubricant film form or active element energy in the additive functions, does it change the wear state.
说明纯矿物油润滑，在一般情况下并不改变粘着磨损的实质。只有当流体动压润滑油膜形成或极压添加剂中活性元素能发挥作用时，才会从根本上改变磨损的形态。 - Lubricant temperature variation across the film thickness and heat transfer of upper and down surface of lubricant film is taken into account in lubrication calculation of thrust bearings.
在进行水电机组推力轴承的润滑计算时，考虑了油膜温度沿厚度方向的变化，以及油膜上、下表面的热传递； - Research on the Influence of Ship Propeller Shaft Deformation to the Stiffness Coefficient of Journal Bearing Lubricant Film
船舶螺旋桨轴变形对轴承油膜刚度的影响研究 - Lubrication failure due to excess thin lubricant film and excess temperature of contact zone.
润滑失效主要是由于润滑油膜过薄、接触区温度过高等因素造成的。 - It is shown that: with the enhancement of ER effects, the pressure and the thickness of lubricant film are obviously increased, while the friction coefficient and force are increased, the leak flow is reduced.
计算结果表明：随着电流变效应的增强，油膜压力和油膜厚度都有明显提高，但是摩擦系数和摩擦力有所增加，端泄流量有所减小。 - The methods for measurement of lubricant film Thickness of thrust bearing
推力轴承油膜厚度测量方法概述 - Based on different fit clearance of journal sliding bearing, the constituent changing mechanism of blood lubricant film and its influence on blood lubrication stability were analyzed, the minimum thickness of film for stable lubricant of blood was brought forward.
结合径向滑动轴承不同配合间隙，分析了血液润滑膜组分变化机制及组分变化对血液润滑稳定性的影响规律，提出了保证血液稳定润滑的最小膜厚。 - The reason is formation of solid lubricant film.
这种改善是由于在摩擦过程中形成了固体润滑膜的缘故。 - The Evaluation and the Use of the Bonded Solid-Lubricant Film
固体润滑涂层的评价和使用 - The analysis results shows: when the bearing runs at high speed, the lubricant film is in the turbulent state, laminar flow assumptions is no longer suitable for high speed bearings.
由分析结果可以得出，当轴承运行在高转速情况下，润滑油膜处于紊流状态，层流假设已不再适合于高速轴承的研究。 - Finite element model of lubricant film is established. Study on temperature field distribution of lubricant film under different rotational speed, and obtained some useful conclusions.
建立了油膜的有限元模型，对不同转速下油膜中温度场的分布情况做了研究。得到了一些有意义的结论。 - In the research of heat transfer on piston ring-pack with a high piston velocity, if the lubricant film between piston-ring and cylinder-liner is simply regarded as thermal resistance, it would significantly reduce the accuracy.
活塞高速运动条件下活塞环组传热问题研究中，如果简单的将活塞环与缸套之间的油膜视为一维热阻，将大大降低研究结果的准确性。 - The testing technology of nanometer lubrication film is one of key problems for studying the properties of lubrication film. It is important to measure accurately the lubricant film thickness for further studying on the thin film lubrication and resolving the lubrication problem under practical conditions.
纳米级润滑膜测试技术是研究纳米级润滑膜特性的关键问题之一，有了精确的润滑膜厚度测量才能对薄膜润滑进行更深一步的研究，才能更好地解决实际工况的润滑问题。 - On basis of tribological principles of the film thickness formula, the film thickness is calculate in differential gear and lubricant, the gear design parameters on the impact of lubricant film thickness are analyzed.
运用摩擦学原理膜厚计算公式，计算并分析了多齿差摆线齿轮传动时润滑油膜厚度，并讨论了齿轮设计参数对润滑油膜厚度的影响。 - Therefore, enhancing the lubricant properties of lubricant film under boundary lubrication is necessary.
因此，提高边界润滑状态下润滑膜的性能就具有十分重要的意义。 - A 3-D hydrodynamic mixed lubrication model has been employed to calculate the lubricant film thickness and the friction heat which varies with crank angle and circumferential direction.
采用三维流体动压润滑分析程序计算了沿活塞环周向瞬时变化的油膜厚度和摩擦热，实现了对该耦合传热过程更加精确的模拟。