theory of engagement

The Error of Rectangle Spline Hob Profile Designed on the Theory of Plane Engagement

按平面啮合原理设计矩形花键滚刀齿形的误差计算

Based on the theory of engagement, the contact condition formula of rotor helical surface and wheel revolution surface has been established.

基于啮合原理建立了转子螺旋面与砂轮回转面的接触条件式。

According to metal plastic deformation theory and theory of engagement, the analysis of involute spline CRF forming technics is carried through in this paper.

论文根据金属塑性加工原理和啮合原理，对渐开线花键冷滚轧成形工艺进行了理论分析，得出了花键冷滚轧变形类型和花键冷滚轧过程中金属流动规律。

The analysis of theory of engagement showed that the parameters of teeth profile were reasonable.

啮合原理分析表明，该带齿形参数是合理的。

This paper solved the problem of how to analysis and control the programming error when machining complex surface, Based on the theory of spatial engagement, this paper present an algorithm of simulating complex surface, which is called velocity decomposed method.

本文从理论的角度探讨了复杂曲面数控加工中编程误差的分析方法问题，以空间点接触啮合的基本原理为理论基础，提出了一种数控加工复杂曲面的速度分解仿真算法。

This paper gives a calculating method of the error of rectangle spline hob profile designed on the theory of plane engagement, with the errors of some hobs calculated.

此文给出了按平面啮合原理设计矩形花键滚刀齿形的误差计算方法，并计算了几种规格的滚刀的齿形误差。

On the enveloping method and its application in the theory of engagement

关于包络方法及在空间啮合理论的应用

Student curriculum engagement is an emerging topic of research with the development of curriculum theory and practice in China.

学生课程参与是随着我国课程理论和课程变革实践的发展而逐步浮现的一个研究主题。

Based on the theory of engagement, an automatic modeling procedure is developed and the finite element model for contact problem of hypoid gearing is established.

应用轮齿啮合原理，开发了准双曲面齿轮网格自动建模程序，建立了轮齿动力接触有限元分析模型。

FEM and theory of space engagement incorporated, contact strength, main stress envelope on root of tooth, load distribution among teeth and effect that assembly error to transmission strength has been studied in this paper.

本文利用有限元分析方法，结合空间啮合原理，对侧隙可调式蜗杆传动的接触强度，蜗轮主应力分布，齿间载荷分配以及装配误差等进行了研究。

This paper was based on the theory of indexing cam, applied the theory of engagement of plane conjugate curve, established the geometrical model of plane cam reducing mechanism.

以分度凸轮理论为基础，运用平面共轭曲线啮合原理，建立了的平面凸轮减速机构的几何模型。

Tooth surface equations of the variable tooth thickness plane worm gear transmission are deduced based on the theory of engagement.

利用啮合原理的知识，笔者推导出变齿厚平面蜗轮传动副的齿面方程。

Theory of Generalized Conjugate Engagement(ⅰ)

广义共轭啮合原理（Ⅰ）

According to the theory of plane engagement the equation of workpiece conjugate profile is deduced with the given hob circular profile.

根据平面啮合原理，由已知的滚刀圆弧齿形，推导出与其共轭的工件齿形方程。