In this paper,the formula for calculating the deformation of tooth meshing point is derived by simplifying the beveloid gear tooth as a beam with variable sections along radial and axial directions For the first time,the meshing synthetic rigidity of beveloid gear could be calculated through a mathematic model.
通过将变厚齿轮轮齿简化为沿径向和轴向都为变截面的悬臂梁 ,推导出了轮齿啮合点变形的计算公式 ,首次解决了变厚齿轮轮齿啮合综合刚度的计算问题 ,并编制程序计算出了一对内啮合变厚齿轮轮齿的啮合综合刚
We simulate the tooth contact during the lapping of gears and analyze their tooth contact stress,surface sliding coefficient and probability of contact lapping.
首次通过对研齿过程的轮齿接触仿真,齿面瞬时接触应力、齿面滑动系数与齿面研磨概率的研究分析,建立了齿面综合研磨率的评价指标,并进行了研齿性能试验。
The design of self-lock mechanism in gear and rack;
一种齿轮齿条自锁机构的设计