Tooth width

Study of the Design of Tooth Width of Right Shaft angle Face Gear Drive

正交面齿轮传动中齿宽设计的研究

Spiral angle and tooth width of gear in oil pump

油泵齿轮的螺旋角和齿宽

Optimum design of tooth width of gear

圆柱齿轮齿宽的优化设计

Gear System Load Distribution along Tooth Width and Tooth Profile Considering Displacement of Transmission Shafts

考虑传动轴变形影响的齿轮载荷分布

Tooth width is the most important parameter of tooth-layer structure size of stepping motor .

齿宽是步进电动机齿层几何尺寸中最关键的一个参量，对步进电动机的性能有至关重要的影响。

Studied the relation between tooth width , magnetic saturation and load ability of special stepping motor In this papers .

以固定开通角的专用步进电机为例，对定转子齿极宽度是否相等、磁路的饱和性与电机负载能力的关系进行了仿真分析和样机测试。

The Simplified Solution Formulas and Graphs for Coefficient K_H β of Load Distribution Along the Direction of Tooth Width

齿向载荷分布系数K（Hβ）的简化计算式及其线图

Based on ANSYS , the meshing stiffness of orthogonal face gear was researched , including the influence of tooth width , the modulus and the pressure angle .

基于ANSYS对正交面齿轮传动的啮合刚度进行了研究，分析了主要设计参数对啮合刚度的影响。

And the two definitions are made of dimensionless parameters minimum inner radius coefficient and maximum outer radius coefficient , which determinate the range of tooth width .

同时，定义了两个无量纲参数，即最小内半径系数和最大外半径系数，来表示齿宽的设计范围。

On the aspect of stator structure , the best structure of stator can be obtained through the design of stator inner diameter , tooth width and yoke high .

在定子结构设计方面，通过对定子内径、齿宽、轭高的设计，确定了最佳定子结构。

On the basis of the strength demand and the concept of mechanical reliability , and by the statistical method , the tooth width of gear has been designed and optimun result obtained .

本文以满足强度要求为设计的基本准则，引入了机械可靠度概念，采用统计方法对齿宽进行设计，从而得到最佳的齿宽值。

The result indicate that the leakage rate of labyrinth seal changes with the magnitude of the clearance linearly , the increasing of seal tooth width and the leakage decreases comparatively ;

计算结果表明：迷宫密封泄漏量随间隙宽度呈线性变化；

Through analyzing the armature magnetic dense , output torque and efficiency , the tooth width and yoke high of motor stator armature were optimized , and determined the width and thickness of permanent magnet structure parameters by the same design optimization method .

通过分析电枢磁密、输出扭矩及效率，对电机定子电枢的齿宽、轭高和永磁体的宽度及厚度等结构参数进行了优化。

The influence of module , tooth width , helix angle , and initial oil temperature on the steady-state temperature field is analyzed , in order to provide supports for the structural design.6.The heat balance analysis of high-speed heavy gears and steady-state temperature field analysis of gear body are prospected .

分析模数、齿宽、螺旋角和初始油温对稳态温度场的影响，为结构设计提供支持。6、展望高速重载齿轮传动的热平衡分析和齿轮本体稳态温度场分析。

Relationship between tooth mobility and width of periodontal membrane

牙动度与牙周膜宽度关系的实验性研究

Two formulas of compound shaper cutter are ob - tained . They are used to calculate the pitch pressure angle of chamfer involute and radius of circle on which chamfer involute starting point lies , and to check the tooth root slot width .

得到了复合插齿刀倒角渐开线分度圆压力角，倒角渐开线起始点所在圆半径的设计公式及插齿刀齿根槽宽的验算公式；

Analysis shows that the distribution of meshing points is a function of the axial circular pitch , the axial space of two meshing points on a tooth and the effective width of the gear .

计算分析认为，双圆弧齿轮的啮合点分布情况是齿轮的轴向周节、同一轮齿上两啮合点在轴向的距离和齿轮的有效宽度的函数。

Methods The Grown Length , Root Length , Tooth Length , Grown Width , Crown Thickness , Cervix Length and Cervix Thickness were measured with a vernier caliper and SPSS software was adopted for analyzing correlation between different indexes .

方法采用游标卡尺测量各牙位牙齿的冠长、根长、牙长、冠宽、冠厚、颈宽和颈厚；采用SPSS软件分析各指标间的相关性。

Dissimilar to the standard rack used for involute gears , the pressure angle of sine-curved rack is related with the tooth height and the tooth width of the generated gears .

与渐开线齿轮的生成齿条不同，正弦齿条的设计压力角与轮齿高度、厚度之间具有一定的关系。

The tooth profile in the middle section of tooth width is an involute .

而且在齿宽中央截面内为渐开线齿形。本文推导了这种新型齿轮的齿面方程、重合度、压力角、齿宽系数计算公式；

The above-mentioned-stresses are linear with the load on the belt tooth , while the stiffness is proportional to the tooth width and the elastic modulus of the tooth material , and is irrelative to the load .

三种应力与带齿载荷参数成线性关系；带齿刚度与齿宽、带齿材料的弹性摸量成正比，而与载荷大小无关。