湿式多片离合器,Multi-disk Wet Clutch
1)Multi-disk Wet Clutch湿式多片离合器
1.The friction temperature has great influence on the performance and life of multi-disk wet clutch.提出了改善湿式多片离合器温度均匀分布性能的方法和措施,对延长离合器的使用寿命、提高离合器的使用稳定性有重要意义。
英文短句/例句
1.hydraulically actuated wet multiplate clutch液压作动湿式多片离合器
2.Analysis on Overall Heat Transfer Process of Multi-disk Wet Clutch湿式多片离合器整体热传导过程分析
3.Research on the Thermal Failure and Tribology Performances of Multi-disk Wet Clutch湿式多片离合器热失效及摩擦特性研究
4.wet type multi-disc electromagnetic clutch湿式多片电磁离合器
5.The Starting Analysis of Multi-disc Wet Clutch for CVT无级变速器多片湿式离合器起步分析
6.3-D Flow Analysis of Oil Channel in Wet Multi-disc Friction Clutch湿式多片摩擦离合器油路三维流场分析
7.dry-type multidisc electromagnetic clutch干式多片电磁离合器
8.The steering clutch is tighten by pressured springs and separated hydraulically with oil-type, multi-powder-metal discs.转向离合器湿式、片、末冶金摩擦片、簧压紧、压分离。
9.Influence of friction disk oil groove of wet friction clutch on transient heat transfer湿式摩擦离合器摩擦片油槽对瞬态传热的影响
10.The research on the wet multi-disc griction brake fynamic fesign湿式摩擦离合器多场耦合动态设计方法
11.Flow Field Analysis of Oil Way and Transient Heat Transfer Analysis of Friction Plate in Wet Multi-plate Friction Clutch湿式摩擦离合器油路流场及摩擦片瞬态温度场分析
12.friction clutch of double-disk dry type干式双片摩擦离合器
13.A Study on the Shift Quality of Wet Double Clutch Transmission湿式双离合器变速器换挡品质的研究
14.Study on the Characteristic of Automatic Wet Clutch Engagement Process;湿式自动离合器接合过程特性的研究
15.Clutch Type Single sheet, dry type, film spring离合器型式：单片、干式、膜片弹簧
16.The Study of Paper Friction Material Used in Wet Coupling and Brake;湿式离合器制动器纸基摩擦材料的研究
17.Study on Simulation Technology of Wet Double Clutch Transmission;湿式双离合器自动变速器仿真技术研究
18.Research on Modeling and Simulating of Wet Dual Clutch Transmission湿式双离合器自动变速器建模及仿真分析
相关短句/例句
multi-plate wet clutch多片湿式离合器
3)The multidisc clutches for wet operation湿式多片电磁离合器
4)hydraulically actuated wet multiplate clutch液压致动湿式多片离合器
5)dry multi-plate clutch干式多片离合器
6)multiple disk clutch多片式离合器
延伸阅读
离心式安全离合器分子式：CAS号：性质：离心机主轴驱动装置中常用的一种安全离合器。离合器装在主电机皮带轮内。电机轴连接摩擦重块旋转，摩擦块靠离心力紧贴在皮带轮内壁，以摩擦力带动皮带轮旋转并传递扭矩。启动时转数低，摩擦块打滑，保护电机顺利通过软启动过程。过载时圆周力超过摩擦力，摩擦块也在皮带轮内打滑以保护电机不过载。该种离合器构造简单，运行可靠，适于40kW以下的小型离心机。大于40kW时宜选用液力耦合器。
