1) herringbone gear
人字型齿轮
1.
To obtain the distribution characteristic of contact stress and the bulk temperature on the surface of herringbone gears,parameter modeling of gears was carried out by parametric design language.
为了获得人字型齿轮副齿面接触应力和本体温度的分布特征,利用参数化设计语言,建立了齿轮副的三维模型,结合传热学、摩擦学及啮合原理,对齿轮副的接触应力场及稳态温度场进行了数值模拟,分析了齿轮副的接触应力、本体温度及啮合齿面热流密度的分布情况。
2.
In order to find the critical point of static load and fatigue on herringbone gear, Workbench 11.
0对Soliderworks构建的人字型齿轮模型进行工作静载荷和疲劳分析,得出各个啮合面下的静载荷应力云图、疲劳应力云图,找出人字齿轮静载荷和疲劳危险点并得出齿轮安全工作的最小啮合面积值。
2) two-stage herringbone gear
二级人字型齿轮
3) herringbone gear
人字齿轮
1.
Main causes and the analyses of the wrongly-connected axle of double-circular-arc herringbone gear reducer of beam pump;
抽油机双圆弧人字齿轮减速器串轴的主要原因与分析
2.
Analysis on static and dynamic characteristics of herringbone gear in meshing;
人字齿轮啮合静-动态振动特性分析
3.
Contacting element of tooth surface stress of herringbone gears;
人字齿轮齿面应力的接触元分析
4) herringbone gearing
人字齿轮
1.
Theoretical vibration pattern of herringbone gearing;
人字齿轮传动的振动理论分析模型
5) chevron gear
人字齿轮
1.
It is mainly research the chevron gear of ZY3NB-1300 drilling pump, and on the foundation of reference the advanced manufacture technique of home and abroad.
以ZY3NB-1300型钻井泵的人字齿轮为研究对象,在借鉴国内外先进制造技术的基础上,从齿轮加工机床、加工图样、刀具种类及应用范围、提高表面质量途径以及工装设计等方面进行了总体分析,确定了人字齿轮的加工难点及在Y31200B滚齿机上用指形齿轮铣刀铣齿的加工方案。
2.
The text is mainly research the chevron gear of ZY3NB-1300 drilling pump, and on the foundation of reference the advanced manufacture technique of home and abroad , research the new process method of narrow relief groove chevron gear.
本文主要以ZY3NB-1300型钻井泵的人字齿轮为研究对象,在借鉴国内外的先进制造技术的基础上,研究窄退刀槽的人字齿轮的加工问题。
6) double helical gear
人字齿轮
1.
Secondly,the mathematic programming model for tooth contact of double helical gears was built with non-linear programming method,which was based on finite element flexibility matrix,and the particular restriction conditions of double helical gears were imported.
通过改变刀具切削刃的形状,以三段抛物线代替齿条的直线齿廓,推导出了刀具齿面方程;基于有限元柔度矩阵的非线性规划法,引入人字齿轮特有的约束条件,建立人字齿轮接触问题的数学规划模型,通过一种改进的正规形求解,从而获得人字齿轮的承载传动误差;利用光栅测量系统对修形前后试验齿轮副的传动误差进行了测量并与理论计算结果进行了对比验证。
补充资料：T字型
T字型——
没有上影线的十字型K线。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条