建立了斜齿圆柱齿轮侧面及齿根面的直角坐标方程序，应用矢量法确定盘形铣刀齿刃与轮齿侧面及齿根面接触线上各点的参数值。
Parametric values on the contact lines of disc cutter blade and the side surface cogwheel, disc cutter blade and gear root surface are determined by using vector method.
在齿轮的静力学分析中，利用有限元的方法对齿轮的齿根弯曲应力和齿面接触应力进行了研究。
Bending stresses and contact stresses of the gears were investigated by finite element method in the static analysis.
文章采用有限元接触计算方法，计算了螺旋锥齿面接触应力和齿根弯曲应力以及齿面接触合力。
In the thesis, the contact stress, bending stress on the root and the contact force on the tooth have been calculated by Finite Element Method (FEM).
减速器中齿轮通过齿面接触疲劳强度来计算，通过齿根弯曲疲劳强度验算；
The speed reducer gear tooth surface through contact fatigue strength to calculate, through the tooth root bending fatigue strength check;
对于钢质同步环，采用齿腔面定位方式下的材料流动状态明显优于齿根圆定位方式下的材料流动状态，有利于避免成形缺陷的产生。
The material flow in steel synchronizer ring under top location mode is better than that under bottom location mode, which greatly benefits defects control.
对于钢质同步环，采用齿腔面定位方式下的材料流动状态明显优于齿根圆定位方式下的材料流动状态，有利于避免成形缺陷的产生。
The material flow in steel synchronizer ring under top location mode is better than that under bottom location mode, which greatly benefits defects control.
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