1.
Analysis of the Mesh Theory between Plastic Helical Gear and Steel Worm
塑料斜齿轮与钢制蜗杆的啮合理论分析
2.
Analyzing the finger conical second enveloping ring-surface worm transmission by the fitting theory, the general mathematical model is put forward Modifing( a a angle add( I formation can eliminate oringinal arranging dense contact wire gear surface.
通过对指状锥面二次包络环面蜗杆传动进行啮合理论分析，提出了标准传动的通用数学模型。
3.
A FURTHER RESEARCH ON THE THIRD ORDER CONTACT ANALYSIS OF POINT CONTACT SURFACES
点啮合齿面三阶接触分析的进一步探讨——V/H 检验法的理论
4.
Analysis of construction system stability of bidding poor coordination of the meshing based on set pairs analysis
基于集对理论标段协调差啮合的施工系统稳定性分析
5.
The Meshing Mechanism and Dynamic Analysis of Composite Profile Silent Chain Sprocket;
复合齿廓齿形链链轮的啮合机理及动态分析
6.
Meshing Theory and Application of Dual Meshing Silent Chain Drive;
双面啮合齿形链传动的啮合理论与应用研究
7.
Study on the Meshing Theory, Design and Manufacturing of External Cycloidal Type Gear Pump;
外啮合摆线类齿轮泵啮合理论及设计制造研究
8.
Study on the Meshing Characteristics and CAD Technique of Cycloidal Gear Pump;
内啮合齿轮泵啮合特性分析及CAD技术研究
9.
Spiral Meshing Pairs Manufacturing and Meshing Precision of Single Screw Compressor
单螺杆压缩机螺旋啮合副制造与啮合精度分析
10.
ANALYSIS OF ENGAGING GEARS WITH DOUBLECIRCULAR-ARC TOOTH PROFILESⅡ. CORRECTLY ENGAGING CONDITIONS AND PRIMARY RESEARCH OF INTERFERENCE
双圆弧齿轮传动的啮合分析 Ⅱ.正确啮合条件及齿形干涉浅析
11.
Study on the Theory and Simulation of Cycloidal Pump;
内啮合摆线齿轮泵的理论研究与仿真
12.
A Study on Meshing Theory and Optimal Design of TI Worm Gearing;
TI蜗杆传动啮合理论研究及优化设计
13.
Theoretical and Experimental Study of NI-MPE in Intermeshing Co-Rotating Twin-Screw Extrusion;
啮合同向双螺杆挤出过程非啮合多过程元件的理论及实验研究
14.
The structure and principle of reciprocating positioning chain are introduced, and the meshing process is analyzed also.
介绍循环定位链传动的结构及工作原理，并分析啮合过程。
15.
Force and Strength Analysis on End Face Engagement Cycloid Steel Ball Planeary Transmission
端面啮合摆线钢球行星传动啮合副力及强度分析
16.
Meshing Analysis and Design of New Hy-Vo Silent Chain;
新型Hy-Vo齿形链的啮合分析及其设计
17.
A Simulating Analysis for Spiral Bevel Gear Meshing in Aerostat Reducer;
航空减速器螺旋锥齿轮啮合仿真分析
18.
Engagement and Finite Element Analysys of Double Circular Arc Gears;
双圆弧齿轮的啮合特性及有限元分析