engaging plane

Analysis of Thermal Aspects for Bevel Gear Meshing;

螺旋锥齿轮啮合热特性分析

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

Computer Simulation for Transmission Meshing of Gears with Circular-arc Profile in Normal Plane;

平行轴法面圆弧斜齿轮啮合的计算机模拟

The two essential measures to improve cylindrical gears mesh;

改善圆柱齿轮啮合的两个关键措施

Computer Simulation of Gearing about Load, Stress and Wear in Meshing Process;

齿轮啮合过程中载荷、应力及磨损的计算机模拟

In view of the actual operating mode,analyzed the correct meshing condition to the compound gear and the pin-track,in order to realize the high production and highly effective has laid the f.

针对实际工况,对复合齿轮与销轨正确啮合状态进行分析,为实现高产、高效奠定基础。

The conditions of the scale-up with the method of thermal transmission,compounding and Maddock to the melted resin in the intermeshing corotating twin-extruder were analyzed with the method of equivalent diameter and three groups of mathematical relationships about the main parameters were obtained.

应用"当量直径"的方法,分析了在啮合同向旋转双螺杆挤出机内高聚物融体热传递相似、混合相似和剪切相似(Maddock)的条件,得到了3组主要性能参数相似放大的关联式。

Solid particulate conveying characteristic is given by backwards leakage flow rate through intermeshing region and formulated as a conveying efficiency d.

粒子的固体输送特性 ,在啮合段形成的返向漏流速率是依靠螺杆的设计参数和质量密度。

The mathematical models of the cross section,the 3-D figure and the curve of form cutter of the extrusion press which is corotating intermeshing,conjugation and twinscrew are proposed,and the equation of parameter cueves family is derived that is suitable for the design of the cross section of screw.

通过对双螺杆几何学的研究，建立了同向全啮合、共轭、双头挤出机端面曲线、立体图形及刀型曲线的数学模型；并进一步给出了螺杆设计中端面所适用的参数曲线族方程。

Some measures of gear right engage during centralized control of machine tool are introduced.

介绍保证齿轮顺利啮合的几点措施 ,为机床操纵机构在集中变速时 ,以保证齿轮顺利啮合。

The engage gears noise analysis of the planet cycloidal needle wheel decelerator showed that manufacturing errors of key positions of spare parts such as cycloidal wheel,needle wheel,output shaft and lack impartiality set etc.

通过对行星摆线针轮减速机轮齿啮合噪声分析,表明摆线轮、针轮、输出轴和偏心套等零件关键部位的制造误差是产生噪声的主要原因,从工艺角度提出提高零件制造精度和专用胎具精度降低噪声的方法。

It has theoretical and applicable significance in solving the elastic conjugate problems of gear engagement, such as inner gear meshing, or gear transmission with large difference in gear numbers.

所提出方法对于内外齿轮啮合、齿数差异较大齿轮啮合等弹性共轭曲面问题的求解，有着重要的理论和实际意义。

Transient Analysis on the Engagement of Planet Gear Train;

行星齿轮离合器啮合过程瞬态分析

Dynamic Simulation of Engagement Process in the Twin-screw Rotors;

螺杆转子啮合过程动态仿真

The engagement of friction coupling with rectangular grooves on wet clutch was investigated.

对表面开设带一定倾斜角度的窄矩形沟槽湿式离合器摩擦副的啮合过程进行了分析。