啮合过程 meaning in English
engagement process
Examples
- The distribution of the bend stress of fg has been gotten . the investigation on the contact stress of fg drive is made by fea . the distribution of the contact stress of fg is obtained in the different meshing locations during the meshing
在面齿轮传动的接触应力的研究中,利用有限元分析法对面齿轮的接触应力作了分析;获得了在啮合过程中不同的啮合位置面齿轮的接触应力的分布规律。 - By using finite element method , the thesis analyses the problem of quasi - static and dynamic meshing . its research mainly contains : 1 、 gain precise geometric information of the spiral bevel gear from adjustment block of gleason machine tool , then form relevant cad format files
本文以有限元法为基本手段,研究了螺旋锥齿轮啮合过程中的准静态和动态啮合问题,主要的工作包括: 1 、基于gleason机床调整卡获得螺旋锥齿轮的精确几何信息,形成相应的cad格式文件。 - 3 , during the process of the gear teeth meshing , the film shape and pressure distribution have little difference . but , the temperatures have the distinctive changes as the engaged position is varied , which means that the temperatures as the increase in the rate of slide to roll
3 、在齿轮传动啮合过程中，压力分布和油膜形状无明显变化，但温升随啮合位置的不同呈显著变化，即温升随着滑滚比增大而增大;在单、双齿啮合交替处，摩擦系数达到极值，可达0 . 08 。 - According to the differential geometry theory , the principle curvatures and principle relative curvature of the spur gear and the fg in line contact and point contact , the tooth surface relative speed and the tooth contact interface are analyzed , whose distributing on the tooth surface are visualized by computer
在齿面的几何特性研究中，利用微分几何的原理分析了圆柱齿轮和面齿轮的齿面曲率、线接触和点接触面齿轮传动的主诱导法曲率以及啮合过程中齿面的相对速度和接触区域计算问题，并获得有益的结论。 - As a new type gear transmission , double circular arc profile bevel gearing carries out its transmission by means of meshing between convex - concave tooth profile in both of the direction of tooth trace and the direction of tooth depth , so it has advantage of high load capacity , long service life , easy forming hydrodynamic oil film between teeth as well as high quality of running - in etc . therefore , more attention has been paid to its application and research in recent years
作为一种新型齿轮传动方式，双圆弧弧齿锥齿轮传动不论在齿线方向、还是在齿高方向，均为凸、凹齿廓相啮合，因而它比一般的弧齿锥齿轮传动的承载能力高，使用寿命长；并且在啮合过程中两齿面间容易形成润滑油膜，具有良好的跑合性能，所以对它的应用和研究日益受到人们的重视。